• Approaches and applications in monitoring, diagnostics & prognostics
• Case studies in noise and vibration engineering
• Design optimization for noise and vibration
• Experimental and hybrid methods for dynamic identification and testing
• Inverse methods for dynamic material or component characterization
• NVH control solutions
• Non-linear dynamics
• Novel NVH applications in machines and vehicles
• Novel applications in rotating system dynamics
• Simulation and Digital Twin approaches in mechatronic and multibody dynamics
• Simulation and Digital Twin approaches in vibro-acoustics
• Uncertainty in structural and system dynamics

Approaches and applications in monitoring, diagnostics & prognostics

• Hughes, T., Smith, W., Peng, Z., El Badaoui, M., Diebold, J.-F., Leiber, M., Randall, R., and Borghesani, P., 'Fault signatures in healthy bearings with different clearance values', UNSW Sydney.
• Maierhofer, J., and Rixen, D., 'Comparative optical measurement of abdominal aortic dynamics using ldv, llt, and dic', Technical University of Munich.
• Curti, G., Vacca, N., Antoni, J., Palmieri, M., and Cianetti, F., 'A new signal model for reproducing fatigue-relevant non-stationary excitations', Università degli Studi di Perugia.
• Wu, P., Östling, D., Liljerehn, A., Magnevall, M., and Gunnarsson, T., 'Kalman filter–based sensor fusion for cutting force and tool-tip displacement estimation in sensorized damped cutting tools', AB Sandvik Coromant.
• Thau, A., and Hübler, C., 'Development of a procedure for model updating with an unknown number of damage positions based on the example of a single-span beam', TU Darmstadt.
• Abaei, M. M., Bahootoroody, A., Mikko, S., Arttu, P., and Leira, B. J., 'Is stochastic subspace identification sufficient for floating wind? a case for koopman-theoretic operational modal analysis', Aalto University.
• Kumar, A., Dervilis, N., and Manson, G., 'Spatially informed graph neural networks with cvae for multi-sensor-based anomaly detection', University of Sheffield.
• Hemati, A., and Shooshtari, A., 'Modelling the pitting faults in planetary gearboxes and diagnosing it using vibratory signal analysis and various machine learning methods', Bu-Ali Sina University.
• Hollins, J., Chugh, T., Agathos, K., and Tatsis, K., 'Updating of system dynamics through reduced basis adaptation', ETH Zurich.
• Lindström, F., Nord, A., Sjögren, A., Wirje, A., Frisk, E., and Jung, D., 'Vibration-based fault diagnosis of automotive structures using local rational models', Volvo Cars & Linköping University.
• Lelkes, J., Horváth, D. A., Ács, D., and Gazdagh, Z. G., 'Sparse identification of excitation mechanisms in automotive nvh', Robert Bosch Kft..
• Ferrari, A., Dall'Olio, F., Manconi, E., and Garziera, R., 'Advanced wave propagation modelling in arterial systems for structural pathology detection', Università degli Studi di Parma.
• Kuzio, D., Witulska, J., Zimroz, R., Mauricio, A. R., Gryllias, K., and Wylomanska, A., 'Robust cyclic spectral coherence for local damage identification in non-gaussian signals: a statistical approach for damage related pattern extraction', Wrocław University of Science and Technology.
• Anastasopoulos, D., Chatzi, E., Lombaert, G., and Reynders, E., 'A hybrid optimal sensor placement framework for oma using fbgs and accelerometers: application to a vierendeel truss bridge', KU Leuven.
• Xie, K., and Cheng, L., 'Structural vibrational analysis via directional mode shapes (dms) and synthetic mode shapes (sms) informed by 2d hilbert transform and angular steerable filters', University of Groningen.
• Hu, Y., Muggleton, J., and Kalkowski, M., 'Dispersion and frequency response of an embedded rod for vibro-acoustic sensing of buried fluid-filled pipes', The University of Southampton.
• Antoni, J., Protopapadakis, G. E., Peeters, C., and Helsen, J., 'A broader class of informative decompositions: theoretical principles and demonstrations', INSA Lyon.
• Tandrup Steffensen, M., Leble, V., Augustyn, D., and Høgsberg, J., 'Damage detection on a scaled jacket support structure using digital twins', Technical University of Denmark.
• Enriquez, O., Margallo, E., Montoya, E., Rubio, J. L., and Pandraud, G., 'A photonic integrated light-field optical method for high-dynamic-range, non-contact vibrometry', Ommatidia LiDAR.
• Kullaa, J., 'Subspace-based damage detection without harmonic removal: a covariance function framework', Metropolia University of Applied Sciences.
• Feldmann, R., Meding, F., and Melz, T., 'Audio signal-based delamination detection for wind turbine rotor blades using an autoencoder', TU Darmstadt.
• Bassalti, A., Vettori, S., Di Lorenzo, E., Chatzi, E., and Magalhães, F., 'Operational modal analysis and vibration-based assessment of wind turbine blades during operation', Siemens Digital Industries Software.
• Kuzio1, D., Witulska2, J., Wyłomańska2, A., Barszcz3, T., and Zimroz1, R., 'Evaluation of the impulsive character of disturbances in diagnostic signals', Wroclaw University of Science and Technology.
• Goudelin, R., Debold, J.-F., and El Badaoui, M., 'Agnostic change point detection in vibration spectra for rotating machinery predictive maintenance', Safran.
• Dimogiannis, G., Saramantas, I., and Fassois, S., 'Random vibration data-based damage detection for a population of composite aerostructures under distributed excitation and temperature uncertainty via a multiple transmittance time series framework', University of Patras.
• Castellani, F., Astolfi, D., Abdemeziane, M. R., Rachedi, M. F., and Rinaldi, S., 'Wind turbine fault detection and structural monitoring through signal-to-image encodings and deep learning approaches', University of Perugia.
• Tsialiamanis, G., Plavos, D., Song, Z., and Panagiotou, P. A., 'A graph-neural-network approach to fault characterisation in induction motors', University of Sheffield.
• Xu, W., Muggleton, J. M., Kalkowski, M., and White, P. R., 'Distributed acoustic sensing with a helical fibre configuration for water pipeline monitoring', University of Southampton.
• Fonseca, L., Knust, R., Cordioli, J., and Miron, G., 'Detection of preload loss in shear bolted joints in an impact excited system using auto-regressive coefficients and outlier detection', University of Santa Catarina (UFSC).
• Lucena, R., Dos Santos, J. M. C., and Rodríguez, R. Q., 'Using bandgap defect modes in an elastic metamaterial plate for damage detection', University of Campinas.
• Hajalfadul, M., Muggleton, J., and Joseph, P., 'Riser-hydrant dynamics for acoustic leak detection in water pipes', University of Southampton.
• Dardeno, T. A., Hughes, A. J., Bull, L. A., Dervilis, N., and Worden, K., 'Optimising intermediate structures for heterogeneous transfer', The University of Sheffield.
• Severa, L., Milana, S., Burato, D., Vettori, S., and Culla, A., 'A data-driven damage detection approach for wind turbines using wavelet features and graph representation', Sapienza university of Rome.
• KAYALA, T., CHIEMENTIN, X., BOLAERS, F., KILUNDU, B., KAZADI, H., and BOUJELBEN, A., 'On the parametric sensitivity of bearing rul prognostics models under variable operating conditions: comparison with classical ekf and particle filtering approaches', Université de Reims Champagne-Ardenne.
• Brunnmayr, F., Mikota, G., Benedikt, P., and Hagleitner, G., 'Experimental modal analysis of the human arterial system under base excitation from the heart', Johannes Kepler University.
• Gkliati, E., Spiliotopoulos, P., and Fassois, S., 'Random vibration data-based bolt-loosening damage robust diagnosis for a scale aircraft stabilizer structure under uncertainty: acceleration versus strain sensors', University of Patras.
• Shen, W., Creixell-Mediante, E., Lucklum, F., and Brunskog, J., 'Causal inference-based identification of vibroacoustic transfer paths', Technical University of Denmark.
• Marsick, A., Oulerich, C., and Griffaton, J., 'Multivariate trend processing of spectral series for condition monitoring of rotating machinery', Safran Aircraft Engines.
• Kritikakos, K., Fassois, S., and Sakellariou, J., 'Acceleration data-based robust on-board monitoring of hunting proximity on railway vehicles under uncertainty: a feasibility study', University of Patras.
• MOSHI NGELE, E., NGANDU KALALA, G., BOUJELBEN, A., CHIEMENTIN, X., and KILUNDU, B., 'Digital twin-assisted interpretation for online diagnosis in unsupervised bearing monitoring', University of Reims Champagne-Ardene.
• Michalak, A., Wodecki, J., Zimroz, R., and Wyłomańska, A., 'Instantaneous shaft speed extraction through tensor factorization of the short-term fourier transform of vibration/acoustic signals', Wrocław University of Science and Technology.
• Battista, G., Cerruti, M., and Vanali, M., 'Development of vibration-based condition monitoring approach for elevator doors', University of Parma.
• Burel, A., Thibault, N., Bourdon, A., Lecouvreur, D., Neveux, N., and Rémond, D., 'Harmonic tone analysis of roller bearing faults in a gearbox using instantaneous angular speed signals', INSA Lyon.
• Van Gaever, T., Middag, C., Ismail Hameed, M. S., De Ketelaere, B., Verlinden, M., and Lannoo, J., 'Optimizing fracture probe design and acoustic recording techniques for objective crunchiness assessment of cookies', Vives university of applied sciences.
• Jones, M. R., Cross, E. J., and Lewis, R., 'Integrating physical knowledge in multi-fidelity gaussian processes for monitoring railway stiffness', The University of Sheffield.
• Ámon, A. M., Dózsa, T., and Kovács, P., 'Acoustic overload detection with rational gaussian wavelet based convolutional neural networks', ELTE Faculty of Informatics.
• Grosso, P., Battarra, M., and D'Elia, G., 'Physics-driven estimation of rolling-element bearing fault extension by means of monte carlo approach', University of Modena and Reggio Emilia.
• Uchendu, N., and Rustighi, E., 'Seismic-camera imaging for water leak localisation: field-test results', University of Trento.
• Wodecki, J., and Michalak, A., 'Enhancement of csc map by statistic-driven spatial filtration and its application to local damage detection', Wrocław University of Science and Technology.
• Fonseca, P. P., and Silva, T. A. N., 'On the prediction of chatter and its monitoring during machining of waam parts', NOVA FCT - UNIDEMI.
• Esquivel-Sancho, L. M., GhandchiTehrani, M., and Muñoz-Arias, M., 'Energy-based damage indicators for cantilever beams: parametric modeling, sensitivity analysis, and experimental validation', University of Groningen.
• Artiano, A., Di Marcoberardino, S., Pizzolante, F., Tarabra, M., and Mucchi, E., 'A novel indicator for gear fault diagnosis in complex agricultural machinery based on the time synchronous average', University of Ferrara.
• Torres, J., and F. Espejo, T., 'Experience from moving viking ships, vibration measurements', Brekke Strand Akustikk AS.
• Riedel, S., Kapelke, S., and Fidlin, A., 'On damage detection and lifetime of piezoelectric multilayer actuators', Physik Instrumente (PI) SE & Co. KG.
• PAPET-LEPINE, A., ANDRE, H., FARHAT, M. H., REMOND, D., and DUPONT, J.-B., 'Towards robust and autonomous bearing diagnosis: an enhanced beafem for multiple bearings with similar kinematics', Vibratec SAS.
• Hemmasi, M., Loghmani, A., Zahabi, S. J., and Noh, Y., 'Remaining useful life estimation of bearings using a physics-informed deep learning approach', IUT-PNU.
• Hughes, A., Poole, J., Dervilis, N., and Worden, K., 'On the value of environmental variability for domain adaptation in pbshm', University of Sheffield.
• Puruncajas, B., and Castellani, F., 'Explainable deep learning framework for early gearbox fault detection in wind turbines using scada data', Escuela Superior Politécnica del Litoral.
• Mclean, J., Turner, J., and Cross, L., 'Physically informed gaussian process classification', University of Sheffield.
• Baggeröhr, S., Taal, C., and Gryllias, K., 'Effect of spall size in rolling element bearings on the enveloped harmonic amplitudes', SKF.
• Oestereich, G. H., Fuga, F. R., and De Medeiros, R., 'Parametric optimization of piezoelectric sensor geometry for damage monitoring in cfrp composite beams', Santa Catarina State University - UDESC.
• Protopapadakis, G., Kestel, K., Peeters, C., Leclère, Q., Antoni, J., and Helsen, J., 'Genetic optimization of the multi-order probabilistic approach for condition monitoring of variable speed machinery', Vrije Universiteit Brussel.
• Macquart, A., Gras, T., Corbin, F., and Boursier, F., 'Monitoring and analysis of orifice-plate-induced cavitation using non-intrusive pvdf wire sensors', CETIM.
• Annamalaisamy Sannasiraj, R. D., Zhang, L., and Chronopoulos, D., 'Damage assessment of non-uniformly corroded reinforced concrete structures using ultrasonic wave propagation', KU Leuven.
• Worden, K., Hughes, A., and Tsialiamanis, G., 'On the topology and geometry of population-based shm: part ii, sheaves on graphs', University of Sheffield.
• Schmidt, S., Wilke, D. N., and Gryllias, K. C., 'Classifier-induced damage parameter coupling as a potential failure mode in supervised condition monitoring', University of Pretoria.
• Owens, W., Higgitt, C., and Chatzis, M., 'Monitoring of music-induced vibrations in the national gallery', University of Oxford.
• Passadore, C., Chakroun, A. E., Cristofori, G., and Mucchi, E., 'Condition monitoring of pharmaceutical machinery: a localized vibration-based approach for lack of lubrication detection', University of Ferrara.
• Lucchese, A., D'Elia, G., and Cocconcelli, M., 'Blind signal extraction of cyclostationary sources: a bayesian approach', University of Modena and Reggio Emilia.
• Papatheou, E., Agathos, K., and Worden, K., 'On sensor placement optimisation for population based structural health monitoring', University of Exeter.
• Yvon, T., André, H., Leclere, Q., Rémond, D., and Morel, H., 'An angular localization method for monitoring and diagnosis of geared mechanical transmissions using instantaneous angular speed analysis based on the assumption of a cyclic signature', Université Jean Monnet de Saint-Etienne.
• Wu, H., Agathos, K., and Papatheou, E., 'On the use of virtual sensing for population-based shm', University of Exeter.
• Knust Domingues, R., and Cordioli, J., 'Evaluating self-supervised pretraining strategies for bearing fault diagnosis with 1d cnns and leakage-controlled splits', Federal University of Santa Catarina.
• Castellani, F., Zanetti, E. M., Carboni Marri, G., Rebora, M., and Salerno, G., 'Vibro-acoustic analysis of wood boring insects’ larvae activity', University of Perugia.
• Fadillah, M. S., Agathos, K., and Papatheou, E., 'Multiclass synthetic data using generative adversarial network for structural health monitoring', University of Exeter.
• Conte, F., Giovannardi, E., Chieffi, L., Delvecchio, S., and Cocconcelli, M., 'Automated powertrain diagnostics: algorithm and application', University of Modena and Reggio Emilia.
• Maes, K., Anastasopoulos, D., Van de Velde, M., Nord, T. S., and Reynders, E. P. B., 'Identification of the forces acting on ferry quay structures', KU Leuven.
• Zhang, X., Sheng, C., Ouyang, W., and Gryllias, K., 'Online wear monitoring of water-lubricated journal bearings based on ultrasonic echo parameter estimation', KU Leuven.
• Tounsi, I., Karkafi, F., El Badaoui, M., and Guillet, F., 'Second-order cyclostationary modeling and reduction of reconstruction noise in irregular sampling', Safran Tech/ Laspi.
• Bakhshi, A., and Ghanbari, Z., 'Vibration-based damage identification in bolted semi-rigid steel connections using deep temporal learning', Sharif University of Technology.
• Wijnant, Y., 'A local two-wave decomposition for solutions of the helmholtz equation', University of Twente.
• Bourdalos, D., Sakellariou, J., and Fassois, S., 'A structural-equations-based random vibration fault diagnosis framework for rotating machinery operating under varying conditions', University of Patras / Stochastic Mechanical Systems & Automation Lab.
• Moczko, P., Mądry, M., Sbriglio, C., Szczupak, B., Więckowski, J., Lies, C., Löpitz, D., Konarzewski, M., Panowicz, R., Osiecki, T., and Seidlitz, H., 'Integration of fibre optic sensors in the pultrusion process: diagnostic possibilities in composites', Wroclaw University of Science and Technology.
• Leichtweis dos Santos, L., and A. Cordioli, J., 'Lubrication condition monitoring in rolling bearings using acoustic emission and vibration signals: a new dataset and exploratory study', Laboratório de Vobrações e Acústica.
• Sekini, M., El Yousfi, B., Benkedjouh, T., and Lourari, A. W., 'A physics-informed resonance framework for robust bearing fault classification in variable-speed regimes', Ecole Militaire Polytechnique, Algiers, Algeria.
• Farkas, M., and Erdélyi, J. A., 'Extension of self-training anomaly detection with clustering method', Robert Bosch Kft..
• el khabbazi, k., Antoni, J., Girardin, F., Talon, A., and Van Ruymbeke, B., 'Beyond spectral peaks : background power spectral density estimation for blade tip timing signals', Laboratoire vibrations acoustique.
• Bai, A. A. K., and Radhika, B., 'Characterization of breathing cracks using instantaneous analysis of amplitude and phase spectrograms', NIT Calicut.
• Kreutz, M., and Rixen, D. J., 'Operational identification of magnetic bearing dynamics in rotor systems - comparing frequency-based substructuring and direct identification', Technical University of Munich.
• Li, P., Lu, H., Gryllias, K., and Chronopoulos, D., 'Uncertainty-aware corrosion prognosis via adaptive attention transformer and multi-distribution fusion', KU Leuven.
• Saramantas, I., Iliopoulos, I., Sakellariou, J., and Fassois, S., 'An emd-mm-ar methodology for robust propeller anomaly diagnosis in quadcopters under varying operating conditions', University of Patras / Stochastic Mechanical Systems & Automation Lab.
• Sibanda, T., Antoni, J., and Leclere, Q., 'Cage resynchronization for improved trending of rolling element bearings fault size', INSA Lyon.
• Dwek, N., Kirchner, M., Deckers, E., and Naets, F., 'Damage localization using modal testing measurements and scatterer imaging: an almost real-world example', KU Leuven.
• Li, Z., Mauricio, A., Verwimp, T., Ojo, D. S., Goossens, S., Berghmans, F., Taal, C., and Gryllias, K., 'Rolling element ball bearing fault size estimation using accelerometer and fiber bragg grating sensors', KU leuven.
• Arefi, A., Barman, S. K., and Chronopoulos, D., 'Statistically informed time-window selection for tcn-based guided-wave damage identification', KU Leuven.
• Verwimp, T., Li, Z., and Gryllias, K., 'Ball bearing fault size estimation based on ias', KU Leuven.
• Zhu, R., Verwimp, T., Wen, H., Achilleos, A., Duarte Vieira de Sousa, H., Maria Dima, E., Velis, K., Vaerenberg, R., and Gryllias, K., 'Cyclostationarity-based indicators for gear pitting progression tracking', KU Leuven.
• Lu, H., Korsimaa, J., Iablonskyi, D., Chronopoulos, D., Salminen, P., Niiranen, J., and Gryllias, K., 'Wireless ultrasonic damage identification in high-temperature pipelines via semi-supervised multi-task transfer learning', KU LEUVEN.
• Heibatian, M., Li, Z., Mauricio, A. R., Verwimp, T., de la Hucha Arce, F., Hirde, A., OJO, D. S., Goossens, S., Berghmans, F., and Gryllias, K., 'Fault detection of bearings using health indicators based on fiber optic sensing', KU Leuven.
• Achilleos, A., Verwimp, T., Zhu, R., Wen, H., and Gryllias, K., 'Correlation of order-induced modal amplification and gear pitting progression in variable-speed gearbox testing', KUL.
• Yazdanianasr, M., and Gryllias, K., 'Load-dependent effects on carrier frequency activation and band selection for fault diagnosis of rolling element bearings', KULEUVEN.

Case studies in noise and vibration engineering

• Sayyad khodashenas, N., 'Linear effects of termination conditions in two-port measurements of the acoustic response of perforated plates', KTH.
• Chumai, R., 'Dynamics analysis of induction motor under coupling mass influence', Machinosis Company Limited.
• Tcherniak, D., Liu, B., and Branner, K., 'Wireless accelerometers for operational modal analysis of a wind turbine blade', Hottinger Bruel and Kjaer.
• Avila, J. A., Duran, R., and Avila-Haro, J., 'Results of fundamental vibration periods and vertical displacements from dynamic and static load tests on a straight steel-truss railway span to evaluate structural safety', Institute Of Engineering, National University Of Mexico (unam).
• Van Belle, L., 'A short history of nvh research at the ku leuven lmsd and 50 years of isma conference', KU Leuven.
• TISEO, B., RUFOLO, G., FAUCI, R., MELLONE, L., GARDI, R., INFANTE, G., DE STEFANO FUMO, M., PISANO, F., BRUNO, G., DI CRISCIO, I., SORRENTINO, A., FRAGIACOMO, M., CARANDENTE TARTAGLIA, C., and QUARANTA, V., 'Dynamic qualification of the ceramic nose of the space rider re-entry module', CIRA - CENTRO ITALIANO RICERCHE AEROSPAZIALE.
• Trachsel, M., 'Dual tmd on electric machine of an elevator', Schindler.
• Kurniawan, D., 'Automotive hvac acoustics: impact of test location altitude on sub-assembly validation results', Valeo Power.
• Yang, X., Furlan, M., Gattere, G., Frangi, A., and Zega, V., 'A silicon grin lens for elastic waves focusing based on a mems phononic crystal structure', Politecnico di Milano.
• Gong, S., Wang, L., Shen, C., Li, Z., and Jommi, C., 'An experimental investigation of sleeper-passing frequency in train-induced ground vibration: characteristics and applications', TU Delft.
• Fejer, A., and Gazdagh, Z. G., 'From frf-based inertia identification to model correlation in the rigid-body range', Robert Bosch Kft..
• Carter, S., 'Endeavoring to understand non-causal behavior in transient source estimation problems', Sandia National Laboratories.
• Berkhoff, A., 'Active anechoic chambers with distributed control and controlled active metamaterials', Unversity of Twente.
• Piket, J., Wijnant, Y., and Müller, R., 'The vibrational response of a flat plate excited by a turbulent boundary layer', University of Twente.
• Janas, L., 'Noise assessment of bridge expansion joints during normal traffic – case study', Rzeszów University of Technology.
• Wu, Y., Shen, C., and Li, Z., 'Vibration-based identification of longitudinal variation of track support stiffness near an insulated rail joint', TU Delft.
• AN, B., and LEE, J., 'Analysis of solid and fluid path contributions to radiated noise in a power transformer mock-up', HD Hyundai Electirc.
• Fabbri, D., Bruzzone, F., Meirelles Pereira, L., Araujo Bonomo, L., Avallone, F., Cordioli, J., and Rosso, C., 'Numerical and experimental analysis of the influence of structural vibration on tbl excitation', Politecnico di Torino.
• Salam Claro, D., Ribeiro, L. H. M. S., and Arruda, J. R. F., 'Experimental analysis of wave propagation in radially periodic structures', University of Campinas.
• Noyori, M., 'Effect of slope protection works on reducing train-induced ground vibration', Railway Technical Research Institute.
• Wu, Z., Luo, Q., Zhang, C., Wang, J., and Yuan, H., 'Micro-vibration characteristics and imaging performance degradation in large-aperture segmented space telescopes', National University of Defense Technology.
• Fiermonte, D., De Felice, A., Guerra, D., and Meleti, S., 'Integrated fe-based assessment of tooth flank fracture and nvh performance in heavy-vehicle bevel gears', Università degli studi di Modena e Reggio Emilia.
• Jiménez Sicardo, J., Melero Esteso, M., Nieto Quijorna, A. J., Morales Robredo, Á. L., and Pintado Sanjuán, P., 'Application of multiple active piezoelectric elements for vibration attenuation by means of predictive control', Universidad de Castilla-La Mancha.
• Ma, T., Cheng, Z., and Wang, J., 'Simulation analysis of nonlinear rotation-vibration coupling dynamics for solar sail spacecraft with a heterogeneous sail membrane', National University of Defense Technology.
• Ghanbari, N., GhandchiTehrani, M., and Dirksz, D., 'Modelling hand-transmitted vibration and discomfort in a hand-held consumer product using linearised hand–object dynamics', University of Groningen.
• Solana, D. R., Sangiorgio, V., Redondo, J., and Gulzari, M., 'Sound diffusion properties of triply periodic minimal surfaces', University College Dublin.
• Shafieyoon, Y., Clot, A., and Arcos, R., 'Assessing the applicability of a moving roughness approach for railway-induced ground-borne vibration', Acoustical and Mechanical Engineering Laboratory (LEAM), Universitat Politècnica de Catalunya (UPC).
• Zhang, C., and Luo, Q., 'Dynamics modeling and characteristic analysis of on-orbit assembled modular telescope', National University of Defense Technology.
• Sanitate, G., and Talbot, J. P., 'Bib software: an application for calculating the isolation performance of base-isolated buildings against ground-borne vibration', Ramboll.
• Hüpel, Y., Hoffmann, S., and Langer, S. C., 'Simulative comparison of tbl induced cabin noise between a battery electric short-range and hydrogen driven mid-range aircraft', TU Braunschweig.
• Rodriguez-Leon, D., Palomares, E., Morales, A. L., Nieto, A. J., and Pintado, P., 'A new stochastic comfort metric for railway vehicles independent of measurement location', Universidad de Castilla-La Mancha.
• Mashayekhi, F., Zucca, S., and Firrone, C. M., 'Sensitivity analysis of the transient dynamic response of a sprag clutch', Politecnico di Torino.
• Lahidalga, L., Calvín, G., Leciñana, I., and Manterola, J., 'Assessment and validation of the developed vibrational fatigue method for laser-welded battery modules', IKERLAN.
• Reumers, P., Maes, K., Schmid, M., Rissmann, M., Bouvet, P., and Degrande, G., 'Ground vibration measurements on the mainline luzern-olten', KU Leuven.
• Zeyl, A., and Platz, R., 'Calibration of a mathematical damping force model created by a voice coil actuator (vca) under the influence of mechanical and electrical system parameters used for passive and active vibration isolation of a one mass oscillator', Michigan Technological University.
• Ribera Tejeda, M. A., Escudero, J. P., Ayyash, N., Zhang, J., Schoenholzer, U., and Van Damme, B., 'Labyrinthine metamaterial passage for animal crossing in existing railway noise barriers', Universidade de Coimbra.
• Nunes, A. W., Beli, D., and Arruda, J. R. F., 'Elastic wave dynamics in hyperbolic lattices', UNICAMP.
• Kuci, X., Reumers, P., François, S., and Degrande, G., 'Newtonian noise analysis for the einstein telescope using the anna toolbox', KU Leuven.
• Acs, D., Gazdagh, Z. G., and Vehovszky, B., 'Influence of sweep-rate during fatigue endurance testing near lightly damped resonances', Robert Bosch Kft..
• Kovalevsky, L., Serre, G., and Dumortier, F., 'Representative test case for submarine’s acoustic target strength simulation', Dassault Systemes.
• Cheng Eu Winn, E., and Sergeyevich, A. I., 'Case study on potential oil-whirl induced vibration on a gas turbine generator gearbox & solution implementation resolving issue', Petronas Carigali (Turkmenistan) Sdn. Bhd..
• Vaca Lago, J. P., and Zucchini, A., 'On the performance evaluation of reduced order models with frequency based substructuring approaches for structural dynamics evaluation inside of an automotive industrial application', TUM / BMW.
• Trapp, A., Schneider, K., Wolfsteiner, P., and Rother, K., 'Challenging the papoulis rule: a large-scale analysis of kurtosis transmission in linear systems under real-world vibration loads', Siemens Mobility GmbH.
• Schimidt, C., Janssen, S., Oliveira, L., Deckers, E., Clayes, C., and De Marqui, C., 'Tailoring vibration modes for sound directivity control in piezoelectric metamaterials', EESC-USP.
• Ye, S., Wang, B., Fan, J., and Zhao, K., 'Vibration-to-acoustic mimo transfer matrix calibration for underwater sound prediction: ill-conditioned bands and blind force directions', Shanghai Jiao Tong University.
• Firouzi, B., Sorokin, S., Claeys, C., and Deckers, E., 'Wave propagation in locally resonant metamaterial doubly curved plates', Aalborg university.
• Nastac, S. M., Stanciu, M. D., and Guiman, M. V., 'Assessments on modal identification and acoustic characterization of tone-woods for violin resonant structures', Dunarea de Jos University of Galati.
• Ciceo, S., Raia, M. R., and Van Genechten, B., 'Statistical vibroacoustic benchmarking of ev traction-motor stators using the vibration-synthesis virtual prototyping methodology', Siemens Digital Industry Software.
• Eidinejad, H., Rivola, A., Troncossi, M., and Martini, A., 'Experimental assessment of the performance of a battery pack for electric powertrains undergoing real-world vibration profiles', Alma Mater Studiorum - University of Bologna.
• Katkar, S., Gosavi, K., and Birajadar, R., 'Experimental and multi-physics vibro-acoustic study of a vertical sealless canned motor pump', Kirloskar Brothers Limited.
• Pirro, G. B., 'Acoustic propagation modeling for sound source localization in urban scenarios', Virtual Vehicle Research / KU Leuven.

Design optimization for noise and vibration

• Lu, D., zhu, J., Shen, Z., Yang, G., and Chen, B., 'Influence of a spilt-path exponential horn on low frequency sound field distribution in reverberation chamber', Beijing Institute of Satellite Environment Engineering.
• Nozawa, S., and Serhat, G., 'Improving dynamic characteristics of composite structures through co-optimization of topology and fiber orientations', KU Leuven.
• Ghoudjani, M., Chen, L., Frangi, A. A., and Zega, V., 'Engineering phononic crystals to suppress anchor losses in piezoelectric micro-resonators', Politecnico di Milano (POLIMI).
• Helfer, J.-L., Gabrielli, F., Salamin, L., Saudan, H., Blondiaux, N., Hayoz, S., Crenna, M., and Cosandier, F., 'Compliant structures integrating passive damping', CSEM.
• Oliveira, F., and Campos dos Santos, J., 'Wave propagation analysis of a viscoelastic sandwich phononic beam using the spectral element method', Unicamp.
• Silva, O., and Lenzi, A., 'Design of vibration isolators and absorbers via power flow and topology optimization', Federal University of Santa Catarina.
• Sakamoto, S., Saito, K., Kojima, Y., Kiuchi, R., and Miyata, S., 'Theoretical estimation and experiment of sound absorption coefficient in random packing structures of spherical particles (theoretical model based on particle size and packing density)', Niigata University.
• Cho, J., and Langfeldt, F., 'Topology optimization of plate-type acoustic metamaterials for broadband sound insulation', University of Southampton.
• Cristofori, G., Battarra, M., Mucchi, E., and Dalpiaz, G., 'Influence of geometrical and operational parameters on the nvh behaviour of worm gear drives', University of Ferrara.
• Karaman, A., Van Belle, L., and Deckers, E., 'Predicting dynamical properties of injection molded vibroacoustic metamaterials', KU Leuven.
• Antonelli, M. G. E., Berardi, R., Brunetti, J., D'Addabbo, A., D'Ambrogio, W., and D'Eramo, S., 'Transfer path analysis of vibration transmission in cryogenic pulse-tube systems: application to the cupid thermal-coupling design', Istituto Nazionale di Fisica Nucleare (INFN).
• Kryuchkov, A., Karaman, A., Mardini, L., Pillot, Y., Van Belle, L., Boukadia, R., Claeys, C., Pavan, M., Van Damme, B., Deckers, E., Thomas, C., and Wandel, M., 'Design and optimization of a realistic metamaterial solution for low-frequency tonal noise reduction in aircraft side panels', KU Leuven.
• Blough, E., Walber, C., and Blough, J., 'Development and validation of vertical shock test stand', Michigan Technological University.
• Dall'Olio, F., Manconi, E., and Renno, J., 'Design of tunable mechanical filters using folded beams with local resonators: band-gap optimisation under force, mass and energy constraints', University of Parma.
• Singh, A., Claeys, C., Deckers, E., and Cool, V., 'A modal effective mass matrix approach for simplified yet accurate modelling of resonant metamaterial cells', KU Leuven.
• Saffury, J., 'Integrally formed pre-tuned mass dampers for chatter suppression of turning tools', Iscar Ltd.
• Mochizuki, S., Matsumura, Y., and Kido, I., 'A design method for reducing panel-radiated noise from frame-panel structures by controlling transmitted forces at the interface based on analysis using frequency-based substructuring with reduced degrees of freedom', Gifu University / SUZUKI MOTOR CORPORATION.
• Escudero, J. P., Zhang, J., Groby, J.-P., Pagneux, V., De Ryck, L., and Cuenca, J., 'Psychoacoustic assessment of inclined wiremesh gratings', Laboratoire d'Acoustique de l'Université du Mans (LAUM), UMR 6613, Institut d'Acoustique - Graduate School (IA-GS), CNRS, Le Mans Université.
• Çimen, Ç. O., Başlamışlı, S. Ç., and Doğan, H., 'When inerters become real: how physical non-idealities shape system-level dynamics', Hacettepe University.
• Hense, A., Brughmans, M., Altobelli, A., Chauvicourt, F., van Ophem, S., and Deckers, E., 'Revealing design synergies: nvh battery-body optimization for electric vehicles', Siemense DI Software.
• Li, J., Lucklum, F., and Cutanda Henriquez, V., 'A continuously tunable piston–slit helmholtz resonator for low-frequency absorption', Technical University of Denmark.
• Mao, H., Wang, R., Yin, B., Rumpler, R., and Tibert, G., 'Sensory-aware soft bio-metamaterials for vibro-tactile optimization in prosthetic feet', KTH Royal Institute of Technology.
• Jiang, J., and Xiong, Y., 'A new dynamic topology optimization framework using genetic algorithm for arbitrarily shaped structures and manufacturable design', University of Southampton.
• Sahana, S., Samal, B. B., Dwivedi, A., and Bhattacharya, B., 'Elastic wave attenuation and impact mitigation in bouligand-auxetic metastructures', Indian Institute of Technology Kanpur.
• Monteiro, W., and Dos Santos, J., 'Machine learning–based prediction of transmission characteristics in hybrid duct mufflers', State University of Campinas.

Experimental and hybrid methods for dynamic identification and testing

• Saunders, J. W., Titurus, B., and Cooper, J., 'Analysis of damping in a coupled beam-tank system undergoing pitch-heave free vibration', University of Bristol.
• del Fresno Zarza, J., and Naets, F., 'Physics-consistent second-order modal identification in the frequency domain', KU Leuven.
• Iaffaldano, D., Guida, R., and Carassale, L., 'Experimental validation of system identification approaches for time-variant mechanical systems in resonance crossing', University of Genova.
• Rezaei, M. P., Kudra, G., Witkowski, K., and Awrejcewicz, J., 'Pre-, near-, and post-resonance regimes of shear-thickening fluids: distinct dynamic responses', Lodz University of Technology.
• Delonnoy, C., Khalij, L., Bareille, O., Azianou, A., Aktir, Y., and Caumette, L., 'Damage investigation of a truck-mounted mechanical structure subjected to combined loads', Thales.
• Mace, T., Lad, B., and Schwingshackl, C., 'Experimental characterisation of ogv nonlinear vibration', Imperial College London.
• Schedlinski, C., Herfert, D., Krause, J., Gollnick, M., and Henning, K., 'Image-based vibration analysis: precision and limitations compared to classical methods', ICS Engineering GmbH.
• Zobel, O. M., Schnabel, T., and Rixen, D. J., 'Dynamic substructuring of an acoustic guitar: an application example of frequency-based substructuring', TUM Chair of Applied Mechanics.
• Zobel, O. M., Ocepek, D., Čepon, G., and Rixen, D. J., 'An impulse response function based method for experimental time domain transfer path analysis', TUM Chair of Applied Mechanics.
• Ortoleva, J., Barnard, A., and Taggart, A., 'Soundscapes of ancient etruria: the unique funerary soundscape of the necropoli di abatone, cerveteri, italy', University of Oxford.
• Rousou, K., Panagiotopoulos, D., Chronopoulos, D., and Deckers, E., 'Statistically enhanced model-based tr-music for sound source localization in reverberant cavities with high model uncertainty', Mecha(tro)nic System Dynamics (LMSD).
• Fochler, D., and Krack, M., 'The black metal tribometer: overcoming its deficiencies to answer open tribological research questions', University of Stuttgart.
• Araújo, R., Garcia de Miguel, A., Forrier, B., Musella, U., and Di Lorenzo, E., 'Analyzing fidelity of multi-exciter random vibration tests via singular value decomposition of spectral density matrices', Siemens DISW / KU Leuven.
• Been, W., Anton, S., Henderson, C., Ort, D., Taggart, A., and Hanson, E., 'Vibration criterion (vc) curves: best practices and case study', Tennessee Tech University.
• Park, M., and Kim, J.-G., 'A study of vision-based inverse force identification for unmeasured vibration response estimation', Kyung-Hee university.
• Usmanov, U., Battiato, G., and Firrone, C. M., 'Experimental validation of a free-interface blade mistuning reduced-order model for mistuned bladed disks', Polytechnic University of Turin.
• OZDEMIR, M., and OKUYUCU, D., 'Effect of sensor configuration on modal identifiability in operational modal analysis of rc buildings', Agri Ibrahim Cecen Universty.
• Slavič, J., and Čufar, K., 'Omnidirectional camera-based full-field 3d modal identification', University of Ljubljana.
• Pirard, E., Dubois, R., and Denis, S., 'Optimal parameters determination for shock device', V2i.
• Baqir, M. F., and Kim, J.-G., 'Data-driven dynamic substructuring for hybrid physics–data modelling through interface learning', Kyung Hee University.
• Dal Borgo, M., Musella, U., Bentivoglio, F., de Miguel, A. G., Pastorino, R., Di Lorenzo, E., and Peeters, B., 'Real-time virtual shaker testing using hybrid coupling for shaker, head expander and device under test', Siemens Digital Industry Software.
• Garcia de Miguel, A., Sanz Granados, C., Musella, U., Dal Borgo, M., and Chimeno, M., 'A modal-based mission synthesis framework for fatigue testing of aerial systems subjected to distributed loadings', Siemens Industry Software SL.
• Capponi, L., Zaletelj, K., Rossi, G., and Slavič, J., 'Thermoelasticity-based stress mode-shape identification in rotating structures', University of Ljubljana.
• Viale, L., Fracasso, R., Daga, A. P., Fasana, A., and Garibaldi, L., 'Experimental identification of a pneumatic gun for the development of a high-fidelity digital twin in pyroshock testing', Politecnico di Torino.
• Forrier, B., Bianciardi, F., and Janssens, K., 'Degree of freedom selection for physically meaningful force identification', Siemens Industry Software NV.
• Silva, C., Rustighi, E., and Gonçalves, P., 'Experimental analysis of the dynamic behavior of magnetorheological elastomer vibration absorbers', UNESP.
• Singh, H., and Winand, F., 'Cryogenic mechanical loss measurement in mono-crystalline silicon using a continuous quality-factor estimation method', University of Liège.
• Brown, D. J., Jalali, H., Farokhi, H., and Wicks, R. T., 'Experimental identification of an efficient dynamic model for multi-nut joints in large space structures', Northumbria University.
• Le, C. H., Cho, S., Baek, H., and Kim, J.-G., 'Estimation of unmeasured electromagnetic vibration responses in electric motor using virtual inverse vibration synthesis', Kyunghee University.
• Miller, M., Schneider, R., and Quinn, D. D., 'Improved alternative pyroshock test design and modeling', Sandia National Laboratories.
• Minervini, D., Raia, M. R., and Gorgoretti, D., 'Data-driven mount stiffness characterization: ai framework combining test and simulation for electric powertrains', Siemens Digital Industries Software.
• Charity, T., Hargreaves, J., Smith, J., and Meggitt, J., 'Wave field control for the characterisation of point-like junctions', University of Salford.
• Bargagna, E., Passarelli, D., Michel, A., and Neri, P., 'Experimental characterization of microphonics in srf cavities using affordable rf instrumentation', University of Pisa.
• Iacussi, L., Cigada, A., and Chiariotti, P., 'Efficient real-time modelling of vehicle–bridge dynamics interaction via coupled state-space models', Politecnico di Milano.
• Ristic, N., and Leitner, M., 'Simple generation of spectra used in vibration fatigue analysis', Graz University of Technology.
• Neri, P., Paoli, A., and Razionale, A. V., 'A mechanical regularization approach to dynamic strain computation from dic', University of Pisa.
• Yang, Y., Zhu, J., Lu, D., Shen, Z., Liu, C., and Zhu, Y., 'Shock transfer mechanism of a composite cabin section based on test and finite element analysis', Beijing Institute of Spacecraft Environment Engineering.
• Pavic, G., 'Enhanced analysis of pressure dynamics in pipes using multi-parameter digital twinning', INSA de Lyon.
• Memarzadeh, E., 'Feasibility of output-only structural health monitoring using sparse accelerometer data on an in-service bridge', Acentech.
• Visconte, M., Cicirello, A., Cosco, F., Mastrodicasa, D., Di Lorenzo, E., and Mundo, D., 'Physics-informed learning-based operational modal analysis', Università della Calabria.
• Hoseyni, S. M., Hargreaves, J., Meggitt, J. W. R., King, M., Richter, M., and Tanner, G., 'Hybrid modelling of structural intensity in complex built-up assemblies – part i: an experimental–finite element approach', University of Salford.
• Soleri, A., Brunetti, J., D'Ambrogio, W., and Fregolent, A., 'Determining the number of pseudo forces in component-based tpa', Università degli studi di Roma La Sapienza.
• Česnik, M., and Slavič, J., 'Full-field monitoring of vibration-fatigue cracks using temperature–amplitude spectrum approach in dynamic testing', University of Ljubljana.
• Touzet, J., Marsick, A., Chesne, S., Leclere, Q., and Andre, H., 'Video-based experimental modal analysis of a rotating bladed structure', Safran Aircraft Engines.
• Tomitaka, T., Sasano, S., Yahagi, S., Yonezawa, H., Yonezawa, A., Kajiwara, I., and Hosoya, N., 'Inertial-mass dielectric elastomer actuator enabling tuneable excitation frequency and amplitude', Shibaura Institute of Technology.
• Borque-Gallego, G., Rousseaux, O., and Novo, D., 'Enhanced microvibration susceptibility characterisation testing equipment', CSEM SA.
• Meggitt, J. W. R., and McGee, R., 'An output-only interface completeness metric based on generalized transmissibility', University of Salford.
• Denis, S., Hoffait, S., Daniel, S., and Olivier, D. M., 'Toward automated mistuning identification of blisks: a comparison between lightweight electrodynamic excitation and high-force electrodynamic shakers', V2i S.A..
• Zanarini, A., 'About the retrieval of airborne structural forces by means of full-field optical approaches', University of Bologna.
• Rustighi, E., Raffaele, D., Gardonio, P., Malacarne, C., and Perini, M., 'Pressure-tuneable wave propagation in beam-like vacuum-sealed structured fabrics', University of Trento.
• Whittle, G., Barton, L., W. R. Meggitt, J., Yap, E., Hamill, M., and Toyer, D., 'Operator uncertainty in blocked force analysis', University of Salford.
• Cavagna, F., Kosova, G., Di Lorenzo, E., and Dozio, L., 'Methodologies for fixed-base modal analysis derived from shaker table testing', Politecnico di Milano.
• Ocepek, D., Trainotti, F., Korbar, J., and Čepon, G., 'Practical considerations for sparsity-promoting interface reduction in frequency-based substructuring', University of Ljubljana.
• Wienen, K., Sturm, M., Zabel, D., and Alber, T., 'Automated transfer path analysis for industrial-scale blocked force source characterization', Robert Bosch.
• van der Spuy, C. C., Bekker, A., and Nickerson, B. M., 'The experimental validation of inverse torsional load estimates using a dynamically scaled propulsion prototype', Stellenbosch University.
• Pirozzi, P. A., d'Arienzo, M., Stano, A. F., Picchiani, M., Evangelisti, F., Facchinetti, C., and Luciani, R., 'Enhanced interface force estimation via spectrally-partitioned mass operator: application to platino4 hyperspectral payload', Leonardo S.p.a.
• Pena-Barrio, J., Merino, R., Munoa, J., Urreta, H., and Aguirrebeitia, J., 'Rcsa-based methodology for evaluating industrial equipment dynamic response on flexible floors: analytical prediction and experimental validation', IDEKO, Member of Basque Research and Technology Alliance.
• Moldenhauer, B., Roettgen, D., and Misla, A., 'Using dynamic substructuring for mechanical modification of a structure with operational response data', Sandia National Laboratories.
• Forlano, S., Lonzi, B., D'Antuono, A., and Martarelli, M., 'Experimental characterization of dynamic response and energy dissipation in additively manufactured lattice structures', Università Politecnica delle Marche.
• Cavenaghi Campos, B., de Carvalho Almeida, A., Lobato de Almeida, F. C., Carneiro Junior, J. P., Brennan, M., and Paupitz Gonçalves, P. J., 'High speed camera analysis of wave propagation in one-dimensional waveguide fitted with vibration absorbers', UNESP.
• Peeters, B., Musella, U., Sensor, C., Napolitano, K., Heyd, E., and Schick, D., 'Satellite modal survey testing with a dfan setup: comparing acoustic and shaker excitation', Siemens Industry Software.
• Daga, A. P., Anastasio, D., and Viale, L., 'Electromechanical modeling and experimental characterization of piezoelectric transducers for vibration sensing', Politecnico di Torino.
• Huertas-Charriel, C., Molina-Viedma, Á., Felipe-Sesé, L., Almazán-Lázaro, J. A., López-Alba, E., and Díaz-Garrido, F., 'A narrowband stepped excitation approach for wide spectrum full-field displacement characterization using high-resolution cameras', Universidad de Jaén.
• Harry, E., and Cristofano, A., 'The use of virtual source morphing during the early design phases of automotive development', Adler Pelzer Group.
• Akasaka, S., Hirabayashi, W., and Asai, S., 'Mechanical property evaluation of soft materials using a sezawa-wave-based dispersion method', Institute of Science Tokyo.
• Saccorotti, L., Guida, R., and Carassale, L., 'Slow-time-scale implementation of phase-locked loop for nonlinear systems testing', Università di Genova.
• Gungl, S., Istók, B., Masood, M. D., Waqas, M., Kimpián, T., and Horváth, C., 'Investigation of the vibration modes of a drone rotor using optical methods', thyssenkrupp Components Technology Hungary Kft..
• De Corso, A., Gomez, S., Rosati, I., and Rainieri, C., 'Clustering strategies for robust modal parameter tracking', Contruction Technologies Institute, National Research Council of Italy.
• Stoppel, J., Popławski, B., and Mikułowski, G., 'Contactless identification of excitation parameters for a large membrane-type pneumatic energy absorber using lidar technology', Institute of Fundamental Technological Research POLISH ACADEMY OF SCIENCES.
• Bartfai, A., Gabos, Z., Gazdagh, Z., and Dombovari, Z., 'A nonautonomous approach compared to numerical solutions for the dynamic response distortion of harmonically swept single-degree-of-freedom linear mechanical systems', Budapest University of Technology and Economics.
• Whittle, G., Meggitt, J., and Hargreaves, J., 'Comparison of indirect and ldv–bem-based methods for radiated sound power estimation', University of Salford.
• Kimpian, T., and Dombovari, Z., 'Merging dispersed modes due to mass placement using impulse dynamic subspace', Budapest University of Technology and Economics.
• Cosco, F., Mastrodicasa, D., Di Lorenzo, E., and Peeters, B., 'Camera-based full-field operational modal analysis and modal magnification', University of Calabria.
• Balmes, E., Martin, G., and Vermot des Roches, G., 'Analysis of experimental squeal occurrences using a harmonic balance vector signal', SDTools / ENSAM.
• Burmeister, T., Mastrodicasa, D., Araujo, R., Di Lorenze, E., Cosco, F., Günther, D., and Schröder, T., 'Experimental validation of a structural fe model for aerospace-relevant dynamics', Siemens Industry Software NV.
• Tong, S., Brughmans, M., Hense, A., Ciceo, S., and Geluk, T., 'Toward robust 3d mode shape recognition: an explainable and transferable ai framework', Siemens Digital Industries Software.
• Willems, T., del Fresno Zarza, J., Gallas, S., and Naets, F., 'Comparison of camera-based measurements with wireless accelerometers for the analysis of the gyroscopic frequency splitting in a rotating tire under increasing rotational speeds', KU Leuven.
• Kimpián, T., and Augusztinovicz, F., 'Introduction of resonance response reduction (r3) algorithm for frf measurements of lightly damped structures', thyssenkrupp Components Technology Hungary Ltd..
• Wang, Y., Kamper, M., and Naets, F., 'Frf-based state-space modeling and optimization for force identification using camera-based', KU Leuven.
• Ortolani, A., Bianciardi, F., Martarelli, M., Chiariotti, P., and Scalise, L., 'In-silico vibration decoupling assessment on complex system: the tibia-external fixator case', Università Politecnica delle Marche.
• Tang, M., and Böswald, M., 'Applicability of force appropriation for mode tuning of aircraft', DLR.
• UPADHYE, K., RAJPUT, A., and ARORA, N., 'Dynamic stability and forced vibration response of gfrp plates with implications for flutter', AMITY UNIVERSITY.
• Facchini, S., De Carolis, S., Messina, A., and Soria, L., 'Response-based frequency response functions for local modal identification and damage detection', Politecnico di Bari.
• Antill, D., Barretto, J. R., Talbot, J. P., Cocking, S., and Fidler, P. R. A., 'Saving the great london plane of ely: engineering support for an ancient tree', University of Cambridge.
• Naghizadeh, E., Chatzi, E., and Tiso, P., 'Experimental verification of breathing crack identification using higher-order transmissibility', ETH Zurich.
• Goyder, H., 'Perfect modelling of linear and nonlinear vibration decay time histories: successes and challenges', Cranfield University.

Inverse methods for dynamic material or component characterization

• Cai, Z., Henrìquez, V. C., Shen, W., and Lucklum, F., 'Numerical study on the effect of microgeometric parameters on dynamic stiffness and damping in kelvin foam', Institute of Urban Safety and Environmental Science, Beijing Academy of Science and Technology.
• Sampathirao, R. C. M., Rouleau, L., Laurent, L., Mao, H., Deü, J.-F., and Rumpler, R., 'Investigation of performance and assumptions of various homogenisation methods for visco-elastic honeycomb sandwiches', CNAM (Conservatoire national des arts et métiers).
• Braule, T., Gallezot, M., Poudrel, A.-S., Ege, K., Chesné, S., Leclère, Q., Brajer, X., Berger, S., and Meille, S., 'Multi-scale vibro-acoustic characterization of equivalent mechanical parameters in plasterboards', INSA Lyon.
• FENG, N., HAHN, E., and YU, M., 'Comparing direct and modal approaches for identifying damped foundations in rotating machinery', UNSW.
• Lu, H., McFarland, D. M., Cheng, X., Han, T., Jiang, H., and Jin, J., 'Fitting assumed accelerations in granular media through measured acoustic pressures', Eastern Institute of Technology.
• Pan, B., Gaborit, M., Dazel, O., and Groby, J.-P., 'Normal mode decomposition–based inverse identification of metaporous structures in a multimodal waveguide', Laboratoire d'Acoustique de l'Université du Mans (LAUM).
• Varga, T. F., and Bartus, A., 'Calculation of equivalent forces of active sources from blocked force measurement with adapter plates', Robert Bosch Kft..
• AUGER, M., TITTARELLI, R., and OUISSE, M., 'Variational physics-informed neural networks for inverse identification of localized viscoelastic damping in beams', FEMTO-ST.
• Baek, H., and Kim, J.-G., 'A study of stability improvement for implicit inverse force identification using truncated singular value decomposition', Kyung Hee University.
• Ialonardi, M., Brunetti, J., D'Ambrogio, W., and Fregolent, A., 'Converging to a single optimal solution from multiple configuration-dependent fbs decoupling results', Università degli studi di Roma La Sapienza.
• Algermissen, S., Misol, M., Gröhlich, M., Norambuena, M., and Wandel, M., 'Inverse identification of operational loads on an aircraft sidewall panel', German Aerospace Center (DLR).
• Keizer, T., and Bartlema, P., 'In-situ characterization of mount transfer functions for fluid-filled rubber bellows', Damen Research, Development & Innovation.
• Vergouwen, B., Vanpaemel, S., and Naets, F., 'Identification of the dynamic material properties of vibration mounts - a case study on engine mounts', KU Leuven / Flanders Make @ KU Leuven.
• Miñón Alonso, D., García-Barruetabeña, J., and Achiaga, B., 'Dynamic characterization of hybrid materials with application to automotive structures', University of Deusto.
• Yennepally, R. R., Gaborit, M., Denayer, H., Deckers, E., Groby, J.-P., and Dazel, O., 'Matched dispersion relation approach for homogenization of complex structures: application to a ladder structure', Le Mans University.
• Jackson, M., Moldenhauer, B., Roettgen, D., and Davis, B., 'A bayesian framework for compliant interface characterization in inverse substructuring', University of Georgia/Sandia National Laboratories.
• Smith, J., 'Blocked force representation of structural-acoustic sources at continuous interfaces from generalised reciprocity relationships', DSTL.
• Boonen, R., 'Development of a setup to measure the dynamic complex modulus of pretensioned elastomer samples in a broad frequency range', KULeuven.

NVH control solutions

• Jalšić, M., Vermeulen, H., van der Wijst, M., and Bourquard, C., 'Experimental validation of a concept for robust broadband mimo active noise control in cooling circuits for high-tech equipment', Technical University of Eindhoven.
• Robinson, G., Rongong, J., Crawforth, P., and Sims, N., 'The clapper: design and experimental validation of a locally resonant impact-damped metamaterial', The University of Sheffield.
• Prade, M., 'Comparison of feedback control strategies for an active vibro-acoustic metamaterial unit cell', University of Southampton.
• Tincani, S., Claeys, C., Deckers, E., Pandiya, N., and Dindorf, C., 'Assessing the fatigue life of a locally resonant metamaterial solution', Robert Bosch GmbH / KU Leuven.
• Singleton, L., and Cheer, J., 'A synergetic multi-band elastic metamaterial combining energy harvesting and nonlinear voltage source shunts to enhance performance', University of Southampton.
• Jayatilake, S., Cooper, J., and Titurus, B., 'Dynamically tuned embedded plate dampers for vibration suppression in sandwich panels', University of Bristol.
• Rousseaux, O., Borque-Gallego, G., Kiener, L., and Klauser, E., 'Adaptive lpv control for unpredictable narrowband disturbance rejection with recursive harmonic estimator', CSEM SA.
• Lannoye, M., Giannini, D., Deckers, E., and Reynders, E. P. B., 'Acoustic metamaterials for sound transmission loss enhancement in compact wall linings', KU Leuven.
• Marburg, K., Kleine-Wächter, L., Mao, H., Gaborit, M., Groby, J.-P., Dazel, O., and Rumpler, R., 'Rotational and longitudinal waves in 1d non-local phononic crystals', KTH Royal Institute of Technology.
• Kennedy, J., Flanagan, L., Otubela, M., and Lupoi, R., 'Applications of novel sintered metal powder laminates for noise control', Trinity College Dublin.
• Ruppel (M.Eng), N., Schmidt (M.Eng), A., Pianowski (M.Eng), R., and Hannebauer (Prof. Dr.-Ing.), D., 'Experimental validation of a design methodology for vibroacoustic metamaterials using additively manufactured metal resonators with integrated particle damping', Technical University of Applied Sciences Wildau.
• Gibus, D., Guerine, A., and Badel, A., 'Frequency tuning capability of self-powered piezoelectric tuned mass dampers', Laboratoire SYMME.
• Söderqvist, A., Martinelli, C., Worral, K., Falcone, G., and Cammarano, A., 'Adaptive control of an energy harvesting electromagnetic damper using a dc-dc converter: quarter-car experimental validation', University of Glasgow.
• Vallely, S., Schoenwald, S., Giannini, D., and Reynders, E., 'Development and validation of an acoustic black hole treatment for vibration attentuation in cross-laminated timber panels', KU Leuven.
• Pena-Sevillano, A., Mancisidor, I., Barcena, R., Merino, R., and Munoa, J., 'Suppression of forced harmonic vibrations in machining using a multiple virtual vibration absorber', Ideko S.Coop..
• Pani, S. D., and Modak, S. V., 'Study of virtual sound barriers for reducing environmental noise transmission into a room', Indian Institute Of Technology, Delhi, Hauz Khas,110016,New Delhi, India.
• Gzal, M. O., Bergman, L. A., Matlack, K. H., and Vakakis, A. F., 'Sub-bragg and topological phenomena in multilayered vibroacoustic metamaterials', Technion – Israel Institute of Technology.
• Antonelli, M. G., Brunetti, J., D'Ambrogio, W., Fregolent, A., Marafini, F., Nataletti, P., Stampone, N., and Tirabasso, A., 'Semi active vibration control based on a multichamber suspension system with stiffness continuous sky‑hook logic', Università degli Studi di Roma La Sapienza.
• Gardonio, P., Codutti, F., Ortis, L., Rustighi, E., Malacarne, C., and Perini, M., 'Tunable metamaterial for tonal vibration control of thin panels over a wide range of frequencies', Università degli Studi di Udine.
• Alujević, N., Arandia Krešić, S., Vučković, K., and Zhang, Z., 'Stroke saturation prevention in active mass inerter dampers', University of Zagreb.
• Flament, P., Lossouarn, B., Ramond, E., Audrain, P., and Deü, J.-F., 'A generalized passive topology for multimodal vibration control using interconnected piezoelectric networks', Naval Group.
• Austin, B., and Cheer, J., 'Piezoelectric sensing and actuation of an active tuned vibration absorber', University of Southampton.
• Klauser, E., and Borque-Gallego, G., 'Data-driven adaptive disturbance rejection design with robust performance', CSEM SA.
• Rodrigues, G. K., Janssens, S., Deckers, E., Mosquera-Sánchez, J. A., De Marqui Jr, C., and de Oliveira, L. P. R., 'On the design of a negative capacitance for vibration suppresion: an electromechanical analisys', University of Sao Paulo - São Carlos School of Engineering.
• Schönebeck, D., Pfeifer, J. L., and Dohnal, F., 'Focusing of surface acoustic (rayleigh) waves via polynomial tapering', FHV Vorarlberg University of Applied Sciences.
• Giese, T., and Schneider, S., 'Time-domain acoustic analysis and optimization of beating in a bell', FunctionBay.
• Kleine-Wächter, L., Rumpler, R., and Müller, G., 'Wave propagation and mode coupling characteristics in symmetry-broken kelvin-cell chains', Technical University of Munich.
• Paik, S., Chaudhari, V. V., Raghuvanshi, J., and V, R., 'Investigation on road-induced booming noise of an electric vehicle: analysis and refinement', Mahindra & Mahindra Ltd..
• Giannini, D., Van Belle, L., Deckers, E., and Reynders, E. P. B., 'Equivalent thin-plate modelling of finite-sized, moderately thick metamaterial panels for airborne and impact sound transmission analysis', KU Leuven.
• Khamis, M., Salamone, N., Bianciardi, F., Luciano, L., Repecho, V., and Cerezo, A. C., 'Estimation of transfer functions for fast nvh simulation of electric motor drives and enhanced control of low-frequency vibration', Universitat Politècnica de Catalunya.

Non-linear dynamics

• Tseng, T.-Y., and Chan, Y. J., 'A strategy to model nonlinear contact conditions of 2d machined surfaces', National Chung Hsing University, Taiwan.
• Junaid-U-Rehman, M., Kudra, G., Polczyński, K., Dekemele, K., Loccufier, M., and Awrejcewicz, J., 'Nonlinear dynamics of parametric excitation and friction-induced self-excitation in a one-degree-of-freedom mechanical system', Lodz University of Technology.
• Cebulj, S., Taddei, F., and Müller, G., 'Nonlinear dynamic response of buildings subjected to egs-induced seismicity', Technical University of Munich.
• Tosato, F., G. Marinus, B., Harri, K., and Moiny, F., 'Nonlinear blast propagation over porous ground: validation of an axisymmetric npe solver and bayesian ground parameter identification', royal military academy.
• Morris, J., Bonney, M., and Haddad Khodaparast, H., 'Experimental quantification of coupled thermal-mechanical nonlinearities in a bolted joint', Swansea University.
• Winand, F., Collette, C., and Kerschen, G., 'Data-driven tuning of phase-locked loops for nonlinear vibration testing', Uliège.
• Dohnal, F., and Gorbach, T., 'Amplified attenuation of a cantilever beam by time-periodic modal energy transfer', FHV – Vorarlberg University of Applied Sciences.
• Witteveen, W., 'On the dynamic simulation of finite element models with interference fits', University of applied Sciences Upper Austria.
• Salehzadeh Nobari, A., and Kiasat, S., 'Excitation-dependent observability of interface nonlinearities in debonded layered structures', Politecnico di Torino.
• Pacini, B., and Davis, C., 'Efficient prediction of random vibration response of nonlinear structures using a base-driven nonlinear modal model', Sandia National Laboratories.
• Wang, J., Yuan, H., Luo, Q., Ma, T., and Cheng, Z., 'Nonlinear vibration response analysis of solar sail structures under multi-physical field coupling excitation', National University of Defense Technology.
• Renkin, V., and Salles, L., 'Parallel harmonic balance method for rotating nonlinear mechanical systems', University of Liege.
• Florencio Gomes, C. B., Zega, V., and Kouznetsova, V., 'Effect of nonlinear resonators in locally resonant metamaterials for mems applications', Eindhoven University of Technology.
• Scheel, M., Hippold, P., Hayashi, S., and Krack, M., 'Presenting an open-source tool for experimental nonlinear modal analysis: the backbone tracker', University of Stuttgart.
• De Carvalho Almeida, A., Rustighi, E., Paupitz Gonçalves, P. J., Brennan, M. J., and Cavenaghi Campos, B., 'Nonlinear magnetically tuned vibration neutralizers based on an orthoplanar spring', São Paulo State University, School of Engineering.
• Saccani, A., and Tiso, P., 'Extending craig-bampton reduction to geometrically nonlinear structures', ETH Zürich.
• Er, G.-K., 'Dimension reduction and transient probabilistic solutions of large nonlinear stochastic dynamical systems under colored noise', University of Macau.
• Renkin, V., Zhu, X., Salles, L., and Yuan, J., 'Experimental and numerical investigation of the nonlinear dynamics of a highly flexible wing', University of Southampton.
• Shuailong, N., Xiang, X., Tiangui, Y., and Guoyong, J., 'Virtual element method for large-deformation dynamics of hyperelastic structures under high-intensity acoustic pressure excitation', Harbin Engineering University.
• Yuan, H., Wang, J., He, G., Zhao, Y., and Liu, K., 'Study on distant retrograde orbits and bifurcations of solar sail at earth-moon libration points', National University of Defense Technology.
• Goldack, M., Groß, J., Krack, M., and Stender, M., 'Data-driven surrogate models for frictional contact mistuning', Technische Universität Berlin.
• Mesny, L., Dekemele, K., Baguet, S., Habib, G., Michon, G., and Chesné, S., 'A hybrid nonlinear energy sink with adaptive nonlinear stiffness tuning for high-energy external excitations', ISAE-SUPAERO / ICA.
• Erdelyi, J., and Gazdagh, Z., 'Nonlinear time series data generation in high dimensional parameter space', Robert Bosch Kft.
• Bull, L., 'Learning nonlinear invariant manifolds with structure-aware neural networks', University of Glasgow.
• Mottola, G., and Garescì, F., 'Analysis of dynamical vibration absorbers based on metamaterials with resonant lattice structure under nonlinearities driven by magnetic interactions and backlash', University of Messina.
• Huang, Y.-K., Tseng, H.-Y., and Chan, Y. J., 'Distinction of nonlinearity type in coupled nonlinear structures through barycentric interpolation', National Chung Hsing University, Taiwan.
• Bryan, M. J., Nielsen, O. M., and Butlin, T., 'Physics-informed machine learning models for automotive active noise control', Cambridge University.
• Schiavone, N., Raze, G., and Kerschen, G., 'Arclength control-based continuation for experimental analysis of nonlinear autonomous systems', Université de Liège.
• Wick, T., and Peter, S., 'The potential of pll-based resonance tracking in hearing diagnostics', Reutlingen University.
• Gualdi, D., Guercioni, G. R., Sorrentino, S., and De Felice, A., 'Post bifurcation analysis of self-excited vibration in automotive clutch differentials', University of Modena and Reggio Emilia.
• Tatli, B., Bal, R. B., and Yildiz, O., 'Effect of axial preload on the dynamics of double-row angular contact ball bearing', ROKETSAN.
• Saponaro, A., Battiato, G., Firrone, C. M., and Zucca, S., 'Multiharmonic nonlinear dynamic analysis of mechanical assemblies with frictional contacts using feti', Politecnico di Torino.
• Constantin, L., Feștilă, F., and Roșu, P.-V., 'Phase-locked loop controlled testing of a nonlinear sloshing system', Military Technical Academy Ferdinand I.
• Dekemele, K., Venugopal, H., Habib, G., and Loccufier, M., 'Nonlinear energy sink with saturating stiffness for harmonic and transient vibration control', University of Liège.
• Szabó, M., and Habib, G., 'Numerical continuation framework for rapid analysis of basin stability', Budapest University of Technology and Economics.
• Thenuwara, H., and Cicirello, A., 'Fusion of multi-modal data in non-linear system modelling using machine learning techniques', University of Cambridge.
• Anastasio, D., and Marchesiello, S., 'Experimental frequency-domain modeling for nonlinear structural dynamics in standard industrial testing', Politecnico di Torino.
• del Prado, Z., and Dias, P., 'On the human-structure interaction during jumping crowd', Federal University of Goiás.
• Fowler, D., Robbins, E., and Kuether, R., 'Generalized nonlinear modal basis for reduction and expansion of a thin-walled jointed structure', Sandia National Laboratories.
• Fasihi, A., Kudra, G., GhandchiTehrani, M., and Awrejcewicz, J., 'Combined effects of spin and flow on the dynamics of slender pipes', Lodz university of technology.
• Morel, P., Prabel, B., Alcorta, R., Fayard, J.-L., and Baguet, S., 'Planar nonlinear dynamics of a vibro-impacting tribometer: numerical simulation and experiment', CEA Paris-Saclay.
• Gaillard, D., Prabel, B., and Prevost, L., 'Treatment of adherent contacts using lagrange multipliers in explicit modal dynamics', Université Paris-Saclay, CEA, Service d’Études Mécaniques et Thermiques, 91191 Gif-sur-Yvette, France.
• Habib, G., 'Minimal-data-driven estimation of unstable solutions', Budapest University of Technology and Economics.
• Kumar, J., and Modak, S. V., 'A regularized shooting–continuation approach for nonlinear normal modes of non-smooth mechanical system', Indian Institute of Technology Delhi.
• Dekreon, X., Alcorta, R., Koechlin, S., and Remond, D., 'Impact of angular speed assumptions on the nonlinear dynamics of a permanent magnet synchronous machine', LaMCoS - INSA Lyon.
• Dassi, L., Chatterton, S., Riva, A., and Pennacchi, P., 'Nonlinear modeling of axial sub-synchronous vibrations in gas turbines with hydrodynamic thrust bearings', Politecnico di Milano - Dipartimento di Meccanica.
• Huang, M., and Yuan, J., 'Design and analysis of customized friction-based nonlinear energy sinks for flexible wing vibration mitigation', University of Southampton.
• Lozano-Rodriguez, H. D., Abundis-Fong, H. F., Trujillo-Franco, L. G., and Beltran-Carbajal, F., 'Active vibration suppression in flexible structures using a nonlinear rotational actuator', Tecnologico Nacional de Mexico/I.T. de Pachuca.
• Mesny, L., and Alcorta, R., 'Energy transfer assessment of an essentially-nonlinear chain of oscillators', ISAE-SUPAERO / ICA.
• Ramseyer, L., Mélot, A., Noël, R., and Droz, C., 'Analysis of non-linear wave scattering in semi-infinite seismic metamaterials using a wave-based formulation', INRIA.
• Ristic, N., Rezaee, H., Sever, I. A., and Renson, L., 'Force-controlled vibration testing of nonlinear structures exhibiting quasi-periodic responses', Imperial College London.
• Couineaux, A., and Bergeot, B., 'Fast–slow analysis of a resonant linear oscillator coupled to a bnes and piezoelectric element', INSA CVL - LaMé.
• Saletti, G., and Zucca, S., 'Advanced strategies for non-conforming mesh management in structural contact analysis using node-to-node contact formulations', Politecnico Di Torino.
• Culla, A., Tonazzi, D., Michetti, S., and Massi, F., 'Random perturbations and friction instabilities: a statistical linearisation approach', University of Rome La Sapienza.
• Hickey, J., and Butlin, T., 'A frequency domain equivalent linearization technique for analysis of nonlinear systems', Trinity College Dublin.
• Bruzzone, F., Rosso, C., and Fabbri, D., 'Gear-pair drivetrain dynamics under manoeuvres: vibro-impact events, contact loss and their nvh signatures in a reduced-order time-domain model', Politecnico di Torino.
• Preston, O., Rogers, T., and Worden, K., 'Using sparse regression of higher order frequency response functions to recover nonlinear relationships', University of Sheffield.
• Masi, R., Franci, R., Pancaldi, D., and Troncossi, M., 'Electro–elastodynamic modeling of high-power ultrasonic transducers', University of Bologna.
• Gal, I., Fichera, S., Mottershead, J. E., Bi, S., Gambioli, F., Menga, E., and Isnardi, I., 'Experimental nonlinearity localisation on a wing-box like structure with adjustable stiffness', University of Liverpool.

Novel NVH applications in machines and vehicles

• ZACHARIADIS, D., 'New concept of hub with axial degree of freedom for horizontal axis wind turbines - preliminary vibration analysis', PME POLYTECHNIC SCHOOL UNIVERSITY OF SAO PAULO.
• Schneider, S., and Bernd, G., 'Time-dependent modal acoustic transfer vectors for efficient numerical nvh analysis', Ulm University of Applied Sciences.
• Mastrodicasa, D., Dal Borgo, M., and Gardonio, P., 'Optical-based measurement of panel sound radiation under deterministic and stochastic excitations', Siemens Industry Software NV.
• Ferraro, G., Di Marcoberardino, S., Galerati, A., Tarabra, M., and Mucchi, E., 'Challenges and robustness of transfer path analysis for indirect force identification in agricultural machinery', University Of Modena and Reggio Emilia.
• Danieli, D., Kunte, D., Colangeli, C., Cornelis, B., and Mundo, D., 'Ai-driven nvh fault detection and severity assessment using multi-task learning on sparse and imbalanced data', Universita della Calabria.
• Stazi, F., Fusiello, A., Gardonio, P., Bernardini, R., and Rinaldo, R., 'The reconstruction of structural vibrations with a single event camera', University of Udine.
• Ahsan, N., Muralidharan, M., Herrera, N., Sangiuliano, L., Godinho, L., and Alvarenga, P., 'Broadband tram noise mitigation using a phononic crystal barriers with integrated resonators and top diffractor', Phononic Vibes.
• Nagarajan, S. R., and Palanivelu, S., 'Prediction and assessment of human body vibration and noise perception using conventional and operational transfer path analysis framework', Vellore Institute of Technology Vellore.
• Khan, Z. A., Dolatabadi, N., and Rahmani, R., 'Wide-band frequency dynamic assessment of filled elastomers for vibration isolation', Loughborough University.
• Erspamer, A., Mylonas, D., Yiakopoulos, C., Vossou, C., Antoniadis, I., and Koulocheris, D., 'Design of robust dual sound zones for driver and passenger with rear-seat spillover control', National Technical University of Athens.

Novel applications in rotating system dynamics

• Chumai, W., 'Investigate the effect of single helical gear transmission error on coupled torsional-longitudinal vibration in marine rotor system', Kyushu University.
• Thomas, C., Ondra, V., and Schwingshackl, C. W., 'Development of a vibration management concept for gas turbine engines', Imperial College London.
• Östling, D., and Ottesen, E., 'Whirling dynamics of rotating damped metal cutting tools', Sandvik Coromant.
• Delette, N., Denimal Goy, E., Pfister, J.-L., El Amri, M. R., and Mevel, L., 'Model updating of operating wind turbine blades: a case study on the nrel 5-mw model', IFPEN.
• Liu, F., and Yue, L., 'Study on the effects of contact interface parameters of spigot–flange bolted connections on rotor dynamic characteristics', Nanjing University of Aeronautics and Astronautics.
• Usmanov, U., Firrone, C. M., and Battiato, G., 'Generative machine learning–based identification of blade–disk contact mistuning', Polytechnic University of Turin.
• Fendillo, L., Voltolini, E., Ferrarini, B., Vezzani, L., Gianaroli, F., and Manconi, E., 'Deep learning-based balancing of overhung rotors via motion magnification and physics-informed synthetic training', University of Parma.
• Rytömaa, S., Santos, I., and Viitala, R., 'Parametric excitation due to paper roll surface waviness in paper winders', Aalto University.
• Oliveira, G., Cavallini Junior, A., Vedovotto, J., Steffen Júnior, V., and Silva, R., 'Craig–bampton component mode synthesis applied to transient rotordynamic analysis', Federal University of Uberlândia.
• Lim, H., Baek, H., and Kim, J.-G., 'Mass-imbalance location estimation in rotor systems via rvm-based load identification', Kyunghee University.
• Tseng, P.-Y., Kalathiparambil Kennedy, L., Duthé, G., and Chatzi, E., 'From turbine to wind farm: graph neural network-based estimation of main bearing fatigue loads', ETH Zürich.
• D'Alessio, V., Cesaretti, A., Mastrodicasa, D., Di Lorenzo, E., Firrone, C. M., and Botto, D., 'Large-rotation tracking for full-field dynamics of rotating structures', Politecnico di Torino.
• Yi, C., Feng, H., Xiao, Y., Zhu, Z., Ren, P., Zhang, Z., Zhou, Q., and Liu, J., 'Research on the impact phenomenon in rigid-flexible coupling multi-stage gear transmission system', Beijing Institute of Technology School of Mechanical Engineering.
• Trainotti, F., Rasmussen, J., Slimak, T., Sonneville, V., and Zwölfer, A., 'A computational framework for nonlinear high-fidelity rotordynamics: fe–mbd formulation, model reduction, and applications', Inventum Engineering Solutions GmbH.
• Neri, P., Cesaretti, A., D'Alessio, V., Firrone, C. M., and Botto, D., 'Image unwrapping for tracking rotating objects with dic', Politecnico di Torino.
• Croes, J., Oguz Inci, E., and Soliman, A., 'Mechanical design and kalman filter-based signal processing for a high-resolution encoder using accelerometer measurements', FORCEBIT BV.
• Flores Hernández, R. F., Oulerich, C., Marsick, A., Bourdon, A., Chevallier, G., Sadoulet-Reboul, E., and Rémond, D., 'A multibody-based digital-twin for efficient bearing fault simulation and analysis in rotating machines', Institut National des Sciences Appliquées de Lyon (INSA Lyon).
• Caselli, L., Gryllias, K., Rivola, A., and Troncossi, M., 'Modal interaction in slender rotors with intermediate constraints', University of Bologna.

Simulation and Digital Twin approaches in mechatronic and multibody dynamics

• Saputo, S., Carandente Tartaglia, C., and Quaranta, V., 'Development of a digital twin for pyroshock qualification test facility through experimental correlation and explicit fem approach', CIRA S.c.p.a.
• Mammini, F., Pinelli, M., Sgamma, M., Bucchi, F., and Frendo, F., 'Experimental validation of a reduced flexible multibody model of a forklift mast for structural loads prediction', Università di Pisa.
• Donadio, L., Pimenta, F., and Magalhães, F., 'Preliminary validation of symbolic reduced order model for onshore wind turbines', University of Porto.
• Dardeno, T. A., Hughes, A. J., Jones, M. R., and Tsialiamanis, G., 'A multi-modal multi-component experimental dataset for the definition of a digital twin of a structural system', University of Sheffield.
• Komis, I. N., and Chronopoulos, D., 'Frequency-limited model order reduction for ultrasonic digital twins', KU Leuven.
• Martini, A., Eidinejad, H., and Rivola, A., 'Investigation on the whole-body vibrations mitigation effectiveness of a marine shock isolation seat for high speed crafts', Alma Mater Studiorum - University of Bologna.
• OZTAS, Y. E., and OZER, M. B., 'Model order reduction and driving strategy analysis of a piezo-actuated ring laser gyroscope dither mechanism', ROKETSAN MISSILES INC..
• Marx, T., Degenfeld-Schonburg, P., Weig, E. M., and Pfingstl, S., 'An enhanced hurty/craig–bampton method for frequency response analysis', Robert Bosch GmbH.
• Betti, F., Tiso, P., and Chatzi, E., 'Parametric reduced-order surrogate models for railway dynamics under braking conditions', ETH Zürich.
• Bašić, M., Parente, A., D’Alessandro, V., and Spanu, G., 'Powertrain vibro-acoustic methodology consolidation', AVL.
• Sabahi, I., Vermaut, M., Janssens, D., Hirde, A., Samuel Ojo, D., Frans Goossens, S., and Naets, F., 'Estimation of lumped bearing loads in mechanical systems using fiber optic sensors', KUL.
• Bakhshi, A., and Shamsi, M., 'Hybrid physics-informed neural networks integrating finite element and sensor data for structural health monitoring and digital twin development', Sharif University of Technology.
• Hunt, H., 'A procedure for safe operation of haps: a good application of modal analysis and dimensional analysis', University of Cambridge.
• Salazar Colunga, R., Pandiya, N., Dindorf, C., and Naets, F., 'Health monitoring of mechanical systems via kalman filter-based state estimation', Robert Bosch GmbH.

Simulation and Digital Twin approaches in vibro-acoustics

• Lockett, R. J., and Chappell, D. J., 'A discontinuous galerkin approach for the radiative transfer approximation of high frequency vibrational energy distributions in complex built-up structures', Nottingham Trent University.
• Yanagidate, N., and Komori, K., 'Virtual sensing–based estimation of vibration and strain responses using a full product-level assembly model in hvac compressor units', Mitsubishi Electric Corporation.
• Hussain, D. S., Baqir, M. F., and Kim, J.-G., 'A modular reduction framework for dual assembled vibro-acoustic fluid–structure interaction systems', Kyung Hee University.
• Duhamel, D., 'Efficient computation of the dynamic response of finite two-dimensional elastic periodic structures', Ecole Nationale des Ponts et Chaussees.
• Yao, J., Panagiotopoulos, D., Marburg, S., and Deckers, E., 'Learnable scaling operator in physics-informed machine learning for vibro-acoustic simulations', KU Leuven.
• Akar, Ö., and Willner, K., 'Violin vibrations - from raw wood to bowed string motion', Friedrich-Alexander-Universität Erlangen-Nürnberg.
• Kuloglu, A. F., Geers, M. G. D., and Kouznetsova, V. G., 'Transient analysis of finite size locally resonant metamaterial structures using iga-based computational homogenization', Eindhoven University of Technology.
• Piton, V. J. R., Ege, K., Le Carrou, J.-L., and Leclère, Q., 'Dynamical substructuring of an acoustic guitar integrating the bridge-soundboard coupling', LVA - INSA Lyon.
• Lee, J., Le, C. H., Cho, S., and Kim, J.-G., 'A study on radiated noise of a permanent magnet synchronous motor generated by electromagnetic forces using the coupled fem–bem framework', Kyung Hee University.
• Mardanshahi, A., Pahlavan, L., Fotouhi, M., Van Den Abeele, K., and Chronopoulos, D., 'A semi-analytical hybrid model for simulating ultrasound wave propagation in large, complex, damaged composite plates', KU Leuven.
• XIE, X., and JIN, G., 'An automatic frequency-independent perfectly matched layer for exterior acoustics', Harbin Engineering University.
• Vargas, J., Silva, O., and Lenzi, A., 'Acoustic pulsation and fluid–structure interaction in piping systems of reciprocating compressors: a finite element approach', Federal University of Santa Catarina.
• Kabirian, Z., Carneiro, D., Degrande, G., and Lombaert, G., 'Optimization of a multimodal metasurface for broadband ground vibration mitigation', KU LEUVEN.
• Mariotti, P., Mao, H., and Rumpler, R., 'Comparison of model order reduction techniques for exterior acoustic problems with absorbing boundary condition', KTH Royal Institute of Technology.
• King, M. J., Richter, M., Tanner, G., Hargreaves, J., Hoseyni, S. M., and Meggitt, J. W. R., 'Hybrid modeling of structural intensity in complex built-up assemblies – part ii: experimental dynamical energy analysis', University of Nottingham.
• Battarra, M., Bortoluzzi, F., Cristofori, G., Mucchi, E., and Dalpiaz, G., 'A dynamic model of the vehicle door slamming for calibration of durability test rigs', University of Ferrara.
• Val Quintans Kulakauskas, L., Aage, N., Panagiotopoulos, D., Deckers, E., and Cutanda Henriquez, V., 'Mor technique for coupled fem-bem for vibro-acoustic radiation problems', Technical University of Denmark.
• Thevenot, R., Puel, G., and Barbarulo, A., 'Development of vtcr for mid-frequency vibro-acoustic coupling', Université Paris-Saclay, ENS Paris-Saclay, CentraleSupélec, CNRS, LMPS - Laboratoire de Mécanique Paris-Saclay.
• Ungnad, S., and Sachau, D., 'Wavenumber filtering and regularisation in the application of nearfield acoustical holography as a sensor concept for active structural acoustic control', Helmut-Schmidt-University Hamburg.
• Spijkerman, B., van der Aa, B., and Wijnant Ysbrand, H., 'Frequency dependent internal mode selection for acoustic substructuring', University of Twente.
• Campos, N. B. F., and Dos Santos, J. M. C., 'Spectral element analysis of multi-material thin-plate phononic crystals', Federal University of ABC (UFABC).
• Palmieri, M., Curti, G., and Cianetti, F., 'A higher-order moments storage method for vibration fatigue under non-gaussian random excitation using modal central moments spectra (mcms)', University of Perugia.
• Malik, U. S., Geers, M. G. D., Zega, V., Kouznetsova, V. G., and Rokoš, O., 'Uncertainty propagation in enriched homogenization of locally resonant metamaterials with applications in mems', Eindhoven University of Technology.
• Thevenot, R., Puel, G., Barbarulo, A., and Dec, P., 'Hybrid vtcr/fem simulation method for the design of acoustic metamaterials', SNCF-LMPS.
• Salagas, S., Panagiotopoulos, D., Deckers, E., and Gryllias, K., 'Physics-enhanced neural networks for coupled vibroacoustic modeling of thin plates with defects', KU Leuven.
• Diez, I., and Guiral, A., 'Simulation of interior noise generated by hvac systems in railway vehicles', CAF I+D.
• Cutanda Henriquez, V., 'Boundary element method with a simplified implementation of acoustic visco-thermal losses', Technical University of Denmark.
• Carlino, D., Ciceo, S., and Chauvicourt, F., 'E-drive time-domain vibration model for virtual sensors applications', Siemens Digital Industry Software.
• Diez, I., Biteri, I. G., Gutierrez, I., and Guiral, A., 'Predicting installed train horn noise with bem', CAF I+D.
• Sorber, E., Brandstetter, M., Wienen, K., and Sturm, M., 'Automated blocked forces characterization for contextually realistic auralization of component variants in virtual vehicle prototypes', Siemens Digital Industries Software.
• Sales, D., Preuss, S., Panagiotopoulos, D., Deckers, E., Cutanda Henriquez, V., and Marburg, S., 'Comparison of model order reduction techniques for multi-frequency viscothermal acoustic boundary element method', Technical University of Munich.
• Schimidt, C., and De Marqui, C., 'Digital twin–based reinforcement learning for active vibration control in piezoelectric metamaterial plates', EESC-USP.
• Schmitt Jr., A. J., Cordioli, J. A., Bastos F., R., and Miron, G. C., 'Challenges and perspectives of digital twins for centrifugal pumps', UFSC - Federal University of Santa Catarina.
• BORGES DE MORAIS CRUVINEL, E. V., DE OLIVEIRA MONTEIRO, W. V., and DOS SANTOS, J. M. C., 'Spectral dynamic stiffness analysis of decorated membrane metamaterials', UNICAMP.
• Pedrosa de Miranda Jr., E. J., Brito, M. L., Sales, M. B. d. M., and Dos Santos, J. M. C., 'Analysis of wave attenuation using 1-d mechanical metamaterial beams with electromechanical resonators', Federal Institute of Maranhão (IFMA).
• Brandão, J., Braghini, D., Camino, J., and Arruda, J., 'Comparing spatially periodic feedback and space-time modulation for unidirectional propagation in 1d acoustic waveguides', School of Mechanical Engineering - UNICAMP.
• Kusumaningtyas, I., Fahmi, S. B., and Parikesit, G. O. F., 'The effect of weaving variation on the vibration characteristics of bundengan lattice shells', Universitas Gadjah Mada.
• Kılıçarslan, D., Panagiotopoulos, D., and Deckers, E., 'The shifted boundary method for acoustic eigenvalue problems : evaluation of different boundary selection algorithms', KU Leuven.
• Farooq, Z., François, S., and Degrande, G., 'Low-rank representation of elastodynamic green’s functions for boundary element analysis', KU Lueven.
• Kvist, K., and Sorokin, S., 'Spherical transfer matrix method for acoustic noise prediction from internally pressure loaded structures', Aalborg University.
• Baghina, A., and Daraba, C. A., 'A numerical approach for estimating the noise level at the air intake system inlet', Horse Powertrain Ltd..
• Van Genechten, B., Nila, C., Munson, E., and Vansant, K., 'Immersive audio replay based on acoustic simulation: from the experience of world-renowned concert halls to the comfort of your car', Siemens Digital Industries Software.
• Pereira, L., Diehl, L., Bonomo, L., Cordioli, J., and Avallone, F., 'Numerical analysis of aeronautical structure response to propeller slipstream impingement', LVA/UFSC.
• Wurzinger, A., Klanner, M., Deckers, E., and Huybrechs, D., 'Comparison of time-domain formulations in trefftz methods for transient vibroacoustic problems', University of Technology Graz.
• de Wit, F., Deckers, E., Huybrechs, D., and Klanner, M., 'Analysis of the convergence of the wave based method for 2d interior acoustic problems', KU Leuven.
• Dong, L., Denayer, H., and Deckers, E., 'Instantaneous acoustic radiation intensity field reconstruction based on virtual sensing from full field structural vibration measurements', KU Leuven.

Uncertainty in structural and system dynamics

• Mencik, J.-M., Cimpuieru, M., Ghadami, A., Reynolds, M., and Epureanu, B., 'A parametric model order reduction strategy based on matrix interpolation and neural networks in structural dynamics', INSA Centre Val de Loire.
• Georgantopoulou, A., and Tcherniak, D., 'A data-flow architecture for automated structural damage detection under environmental and population uncertainty', Independent Researcher.
• Segel, N. F., Linder, H. D., and Krack, M., 'Response of a bolted structure to uncertain contact topography and misalignment', Universität Stuttgart.
• KUMAR, B., and HAZRA, B., 'Uncertain dynamics of continua on manifolds', INDIAN INSTITUTE OF TECHNOLOGY , GUWAHATI , ASSAM.
• Kamper-Schley, T., Brücher, H., Krein, S., and Wegerhoff, M., 'Coping with uncertainties in experimental modal analysis', HEAD acoustics GmbH.
• tavakolian, F., Mashayekhi, F., Firrone, C. M., and Zucca, S., 'Self-excited vibrations in turbine blades with underplatform dampers: a comparative study', Politecnico di Torino.
• Theunissen, K., Matarazzo, T. J., and Pakzad, S. N., 'Modal property identification of bridges using sensors within moving vehicles', Lehigh University.
• Cheng, Z., Ma, T., Yuan, H., and Wang, J., 'Uncertainty quantification of solar sail thrust and trajectory impact analysis based on polynomial chaos expansion', National University of Defense Technology.
• Azouz, L., Claeys, M., Poette, G., and Breil, J., 'Effects of manufacturing dispersions on the stiffness and strength of a metal structural part', CEA.
• Chen, X., Er, G.-K., and Lam, C. C., 'Probabilistic solutions of randomly excited nonlinear oscillators containing non-gaussian parameters', University of Macau.
• Thijssen, R. E. W. L., Fey, R. H. B., Dolk, V. S., Hazeleger, L., and van de Wouw, N., 'Component-to-assembly propagation of damping modeling uncertainty via robust performance analysis', Eindhoven University of Technology.
• Kazemi, M. H., Toftekær, J. F., Sørensen, J. D., Jepsen, M. S., and Tygesen, U., 'Advancing offshore wind support structure reassessment by moving from deterministic to data-driven probabilistic assessment', Vattenfall.
• Depaola, M., De Gregoriis, D., Bornoff, R., Vandevelde, B., and Moens, D., 'Robust optimal sensor placement for thermal virtual sensing in electronic systems', IMEC/SISW.
• Capiez-Lernout, E., and Mignolet, M., 'Elemental-level uncertainty modeling for geometrically nonlinear finite element structures', Universite Gustave Eiffel.
• Thelemann, S., Schatz, M., and Duddeck, F., 'Composite strength analyses under random loading', Airbus Defence and Space GmbH | TUM.
• Ristic, N., and Leitner, M., 'Uncertainties in structural dynamics and their influence on fatigue analysis', Graz University of Technology.
• Schmidt, A., and Hannebauer, D., 'B-pinn for prediction of acceleration measurements with reduced sensors', Technical University of Applied Sciences Wildau.
• Gogoi, A., Pakrashi, V., and Hazra, B., 'Girsanov transformation based stochastic integrators for nonlinear geometric dynamical systems', University College Dublin.
• Valdebenito, G., Medina, R., Bustos, S., and Alvarado, D., 'Uncertainty evaluation in the probabilistic seismic hazard assessment in southern chile', Universidad Austral de Chile.
• Klinger, N., and Cicirello, A., 'Manufacturing variability characterization of locally resonant metamaterials', University of Cambridge.
• Fang, C., Ding, Q., Chronopoulos, D., and Zhang, L., 'Surrogate modeling with modal-consistency constraints for complex structural dynamics', KU Leuven.
• McNulty, M., and Meggitt, J. W., 'Bayesian identification of joint dynamics', University of Salford.
• Choi, J., Han, S., and Kim, J.-G., 'Fbs-based multi-level pce modeling for uncertainty quantification of frequency response function', Kyung Hee University.
• Volkmar, R., Soal, K., and Böswald, M., 'Efficient uncertainty quantification of modal parameters for real-time mode tracking', DLR.
• Wang, T., and Bi, S., 'Stochastic model updating for structural systems via conditional flow matching', University of Southampton.
• Longbottom, J., Balmus, M., Clayton, R., Frost, F., Niederer, S., Rothman, A., Saxton, H., Wilkinson, R., Rogers, T., and Worden, K., 'Nonlinear system identification of time-varying parameters for condition monitoring of the heart using sequential monte carlo', The University of Sheffield.
• Kalathiparambil Kennedy, L., Duthé, G., Arcieri, G., and Chatzi, E., 'Topology-aware gaussian processes over graphs for power and load inference in wind farms under uncertainty', ETH Zürich.
• Büsing, A., Eßling, R., Bollhöfer, M., and Römer, U., 'Surrogate-based uncertainty quantification for large-scale vibroacoustics', TU Braunschweig.
• Callens, R. R. P., and Moens, D., 'Risq software for spatial uncertainty quantification in high-dimensional finite element models', KU Leuven.
• Hinz, M., Panagiotopoulos, D., Deckers, E., and Müller, G., 'Vibro-acoustic ensemble response using low-rank parametric model order reduction', Technische Universität München.
• Ologe, S. O., 'Evaluation of a reduced-order hybrid coupling framework for enclosure vibration', University Polytechnic of Catalonia.
• Ezvan, O., Desceliers, C., Soize, C., and Capiez-Lernout, E., 'Neural network hyperreduction for parameterized reduced models in nonlinear stochastic dynamics', Université Gustave Eiffel.
• Schnappinger, T., and Duddeck, F., 'Assessing reduced-order representations of geometric mistuning for uncertainty quantification in blisks', Technical University of Munich.
• Aditanoyo, T., Brunskog, J., Barrera Figueroa, S., and Lucklum, F., 'Measurement uncertainty evaluation of a vibroacoustic measurement method using a closed cylindrical shell', Technical University of Denmark (DTU),.
• Champneys, M., Rogers, T., Cross, E., and Worden, K., 'Towards bayesian projection-based removal of eovs for population-based structural health monitoring', University of Sheffield.
• Eßling, R., and Römer, U., 'Sparse rational multilevel approximation for parametric frequency-domain problems', TU Braunschweig.
• Hickey, J., and Brewick, P., 'Quantifying uncertainties in damping estimates from operational modal analysis using multiple vibration datasets', Trinity College Dublin.
• Lindley, C. A., and Worden, K., 'On bayesian tree-adjoining grammars for neural-network system identification', University of Sheffield.
• Ahamed, S. S., Ali, S. F., and Arockiarajan, A., 'Uncertainty propagation and identifiability in sequential parameter estimation for structural digital twins', Indian Institute of Technology Madras.
• Hong, D., and Renson, L., 'Uncertainty quantification of nonlinear lean-burn combustor vibration', Imperial College London.
• Song, Z., Dang, C., Valdebenito, M. A., and Faes, M. G. R., 'An active learning function-on-function nonlinear autoregressive model for evaluating small first-passage probabilities of stochastic structural dynamical systems', TU Dortmund University.
• Misraji, M., Valdebenito, M., Papadimitriou, C., and Faes, M., 'Importance line sampling: a method for first excursion probability and sensitivity estimation in linear systems under gaussian loading', TU Dortmund University.
• Böswald, M., Tang, M., Volkmar, R., and Soal, K., 'Systematic determination of bias and scatter in different experimental modal analysis methods', DLR - German Aerospace Center.
• Jian, J., Antoni, J., and Gryllias, K., 'Spectral density-based bayesian oma exploiting gibbs sampling', KU Leuven.
• Sreekumar, A., Henrique Marra da Silva Ribeiro, L., and Chronopoulos, D., 'Topological elastic waveguides for structural health monitoring: robustness and variability effects', KU Leuven.