List of accepted papers

We have received many more abstracts than we can schedule into our technical programme. As a result, we have had to reject a considerable number of abstracts of which several potentially interesting works. A list of accepted abstracts is available below sorted by the 10 high-level conference topics which authors submitted their abstract to. Authors of these accepted abstracts will receive email instructions on how to further prepare their full paper contributions. A more detailed oral and poster presentation overview, scheduled in dedicated conference sessions, will be communicated by summer.

Authors in bold are the submission's presenting author.

  • Approaches and application in monitoring-diagnostics-prognostics
  • Case studies in noise and vibration engineering
  • Experimental and hybrid methods for dynamic identification and testing
  • Inverse methods for dynamic material or component characterization
  • Non-linear component/system dynamics
  • Novel NVH applications in machines and vehicles
  • Novel applications in rotating system dynamics
  • Numerical and hybrid simulation approaches and Digital Twin strategies in acoustics and dynamics
  • Passive and active NVH control solutions
  • Uncertainty in structural dynamics
  • Approaches and application in monitoring-diagnostics-prognostics

    • Abdallah, I., Duthé, G., and Chatzi, E., 'Detecting damage via aeorodynamic quantities on an aeroelastic structure', ETH Zurich.
    • Ali, J., Chelliah, T. R., and Agarwal, P., 'Electromagnetic noise and vibration synthesis for wind power generator', IIT Roorkee.
    • André, H., and Bertoni, R., 'Ias diagnosis based on a bearing frequency estimation method (beafem)', vibratec.
    • Antoni, J., Smith, W., and Randall, B., 'On the design of informative component decompositions', INSA Lyon.
    • Bakhshi, A., Nasertork, A., and Khoshnoudian, F., 'Optimizing sensor placement for health monitoring of plane truss using artificial intelligence', Sharif University of Technology.
    • Battu, R. S., Agathos, K., Smith, C., and Papatheou, E., 'Robust training databases for supervised learning algorithms in structural health monitoring applications', University of Exeter.
    • Berntsen, J., Brandt, A., and Gryllias, K., 'A comparative study of accelerometers and geophones for rolling element bearing diagnostics on slow rotating machinery', University of Southern Denmark.
    • Brennan, D. S., Cross, E. J., and Worden, K., 'Calculating structure similarity via a graph neural network in population-based structural health monitoring', University of Sheffield.
    • Brøns, M., 'Estimating bolt tightness in non-slender bolts from vibrations', Technical University of Denmark.
    • Carrigan, T. D., and Talbot, J. P., 'Monitoring rail roughness using axle-box accelerometers on trains in the london underground', University of Cambridge.
    • Castellani, F., Garibaldi, L., Daga, A. P., and Natili, F., 'Early diagnosis of wind turbine gearbox damages through industrial time-resolved data analysis', University of Perugia.
    • Cavalaglio Camargo Molano, J., Fonte, C., Scurria, L., Tamarozzi, T., and Cocconcelli, M., 'A multibody bearing model of an independent cart conveyor system', University of Modena and Reggio Emilia.
    • Clavelo, B. J., Maes, K., Martín, P., Elena, V., and Lombaert, G., 'Preliminary studies for model-based system inversion of an 80 m tall guyed mast under non-extreme wind loads', KU Leuven.
    • Dardeno, T. A., Mills, R. S., Bull, L. A., Dervilis, N., and Worden, K., 'Investigating the effects of temperature variation in vibration-based shm', University of Sheffield.
    • Dimopoulos, V., and Deckers, E., 'Complex group lasso and adaptive complex group lasso for sparse damage detection', KU Leuven.
    • Dipietrangelo, F., Nicassio, F., and Scarselli, G., 'Impact localisation via machine learning in structural health monitoring for aerospace panels', Universita del Salento.
    • Dreisbach, A.-L., and Fritzen, C.-P., 'A novel approach for vibration-based preload-monitoring using electro-mechanical impedance spectra and probability of detection', University of Siegen.
    • Dubey, A., Denis, V., Hennebelle, F., and Serra, R., 'Localization and quantification of geometry damage and their size estimation using frequency shift coefficient and damage library', Université de Bourgogne.
    • Dwek, N., Kirchner, M., Blockmans, B., Croes, J., and Pluymers, B., 'Sensor selection for load estimation of a wind turbine pitch bearing', KU Leuven.
    • Gaile, L., Amador, S. D. R., and Brincker, R., 'Environmental effects removal and damage detection on a wooden frame by means of dynamic models', Riga Technical University.
    • Greś, S., and Denimal, E., 'Crack-damage quantification based on stochastic optimization of finite element models with data-driven features', Inria.
    • Greś, S., and Döhler, M., 'Uncertainty propagation in subspace methods for operational modal analysis under misspecified model orders', Inria.
    • Gres, S., Anastasopoulos, D., Hansen, J. F., Abbiati, G., and Reynders, E. P. B., 'Statistical sensitivity-based damage localization with an optical strain-based features', Aarhus University.
    • Grosso, P., Massaccesi, G., Cavalaglio Camargo Molano, J., Mottola, G., and Borghi, D., 'Signal model of a cycloidal drive for diagnostic purposes', University of Modena and Reggio Emilia.
    • Heinrich, C., Khalil, M., and Malik, V., 'Virtual sensing based on executable digital twins in rotary machinery', Siemens AG.
    • Hughes, A., Bull, L., Gardner, P., Dervilis, N., and Worden, K., 'Semi-supervised risk-based active learning using inspection and maintenance information', The University of Sheffield.
    • Kestel, K., Peeters, C., Antoni, J., and Helsen, J., 'Generalized likelihood ratio-based condition indicator maximization via rayleigh quotient iteration', Vrije Universiteit Brussel.
    • Kriatsiotis, I. M., Saramantas, I. E., Sakellariou, J. S., and Fassois, S. D., 'A feasibility study on the detection of cracks in a population of nominally identical composite beams subjected to different excitations via a hyper-sphere based healthy subspace method', University of Patras.
    • Kritikakos, K., Fassois, S. D., and Sakellariou, J. S., 'On‒board detection of railway vehicle hunting via dynamics-based vector random vibration methods', University of Patras.
    • Kullaa, J., 'Separating feature changes due to damage and environmental conditions using transfer learning', Metropolia University of Applied Sciences.
    • Kunte, D. S., Cornelis, B., Colangeli, C., De Veuster, C., and Gryllias, K., 'Transfer learning for unsupervised booming noise classification', Siemens Digital Industries Software.
    • Lagerblad, U., 'An industrial validation of a fatigue damage prediction methodology', Scania CV AB.
    • Li, C., Li, S., Zhang, A., Yang, L., Liu, C., and Gryllias, K., 'An intelligent bearing fault diagnosis method based on a hybrid 1d cnn-lstm model', Guizhou University & KU Leuven.
    • Li, D., and Rixen, D., 'In-operational damage detection and localization of the wind turbine by using the self-tracking scanning laser vibrometer', TUM.
    • Lindley, C., Worden, K., Dervilis, N., and Dwyer-Joyce, R., 'A non-parametric bayesian approach for the detection of acoustic-emission events in time series signals', University of Sheffield.
    • Maes, K., and Lombaert, G., 'Investigating the feasibility of population-based damage detection for civil engineering structures', KU Leuven.
    • Marsick, A., Andre, H., Khelf, I., Leclere, Q., and Antoni, J., 'Improvement of spectral indicators for intermittent cyclic signals with application to bearing faults for wind turbine monitoring', Laboratory of Vibration and Acoustics, INSA Lyon.
    • Martini, A., Rosa, S., Rivola, A., and Troncossi, M., 'Vibration monitoring for the detection of tool failure in broaching machines', University of Bologna.
    • Marx, D., Liu, C., Antoni, J., and Gryllias, K., 'Deep learning implementations of cyclo-stationary signal processing techniques for condition monitoring of rolling element bearings', KU Leuven.
    • Matania, O., Klein, R., and Bortman, J., 'A novel technique for estimating the transfer function of gears in machinery with instantaneous speed fluctuations', Ben-Gurion University of the Negev.
    • Mauricio, A., Denayer, H., and Gryllias, K., 'Time-domain beamformed envelope spectrum of acoustic signals for bearing diagnostics', KU Leuven.
    • Milana, S., Roveri, N., Culla, A., and Carcaterra, A., 'Model-free experimental damage identification by symbolic data analysis', La Sapienza Università di Roma.
    • Mottola, G., Grosso, P., Fonte, C., Strozzi, M., Rubini, R., and Cocconcelli, M., 'Modal analysis and condition monitoring for an electric motor through mems accelerometers', University of Modena and Reggio Emilia.
    • Mousmoulis, G., Anagnostopoulos, I., Aggidis, G., and Gryllias, K., 'Evaluation of vibration based cyclostationary indicators for cavitation detection in hydraulic turbomachines', KU Leuven.
    • Nitti, M., Peeters, C., Kestel, K., Marini, R., and Helsen, J., 'Blind deconvolution based on higher-order cyclostationarity for vibration-based fault detection', VUB.
    • Ohana, R. J., Klein, R., and Bortman, J., 'A strain model for spall severity estimation based on fbg measurements', Ben-Gurion University of the Negev.
    • Papatheou, E., Agathos, K., Battu, R. S., Haywood-Alexander, M., Dervilis, N., and Worden, K., 'Virtual sensing for shm: a comparison between kalman filters and gaussian processes', University of Exeter.
    • Peeters, C., Jakobsson, A., Antoni, J., and Helsen, J., 'The short-time iterative adaptive approach: an effective analysis tool for complex non-stationary vibrations', Vrije Universiteit Brussel.
    • Poole, J., Gardner, P., Dervilis, N., Bull, L., and Worden, K., 'A comparison of kernel and deep domain adaptation methods for shm', The University of Sheffield.
    • Possenti, K. A., de Menezes, V. G. S., Vandepitte, D., Tita, V., and De Medeiros, R., 'A methodology to evaluate the quality of the manufacturing process composite structures using kriging metamodel and dynamic analysis', Santa Catarina State University.
    • Rainieri, C., 'An analysis of different approaches for compensation of environmental influence on modal properties in the context of structural health monitoring', National Research Council of Italy.
    • Rizzetto, E., and Carassale, L., 'Processing non synchronous vibrations of blade tip timing data by independent component analysis', Università di Genova.
    • Salam Claro, D., Denis, V., and Mencik, J.-M., 'A wave finite element strategy based on time of flight analysis to localize defects in networks of pipes', Institut national des sciences appliquées Centre Val de Loire.
    • Schmidt, S., Heyns, P. S., and Gryllias, K. C., 'Signal analysis methods for hybrid gearbox diagnostics', University of Pretoria.
    • Setshedi, I. I., Wilke, D. N., and Loveday, P. W., 'Automated approach for interpretable latent components: a guided wave ultrasonic spectrogram case study', University of Pretoria.
    • Smith, W. A., Borghesani, P., Abboud, D., Randall, R. B., Antoni, J., El Badaoui, M., and Peng, Z., 'A new look at bearing signal models', University of New South Wales.
    • Soave, E., D'Elia, G., Dalpiaz, G., and Mucchi, E., 'Parameter estimation algorithm for bearing prognostics through monovariate generalized gaussian hidden markov models', University of Ferrara.
    • Stajuda, M., Garcia Cava, D., and Liskiewicz, G., 'Statistically enhanced classification of centrifugal compressor operating conditions', School of Engineering, University of Edinburgh.
    • Strozzi, M., Grosso, P., Mottola, G., and Rubini, R., 'Reliability of a resistance spot welding process based on characteristics parameters', University of Modena and Reggio Emilia.
    • Taddei, F., Kumawat, A., Csuka, A., Cudmani, R., and Müller, G., 'Input modelling for low-amplitude seismicity induced by geothermal operations', Technical University of Munich.
    • Tavares, A., Di Lorenzo, E., Cornelis, B., Peeters, B., Desmet, W., and Gryllias, K., 'Damage assessment on wind turbine blades using machine learning techniques', Siemens Industry Software NV.
    • Theunissen, K., Verstraelen, E., Golinval, J.-C., and Denoël, V., 'Influence of structural damages on first passage time maps', University of Liège.
    • van de Velde, M., Reynders, E., and Lombaert, G., 'Localization and detection of local damage in prestressed concrete beams by means of vibration-based monitoring using joint acceleration and fbg strain data', KU Leuven.
    • Verstraelen, E., Geuzaine, M., Denoël, V., Toussaint, P., Auguste, T., and Simon, D., 'Lyra: an autonomous bridge stays and hangers monitoring solution', V2i.
    • Verwimp, T., and Gryllias, K., 'Measurement of the speed of a rotating shaft through smartphone video acquisition exploiting the roller shutter effect', KU Leuven.
    • Vlachas, K., Tatsis, K., Garland, A., Martinez, C., and Chatzi, E., 'Parameterized reduced order models with assimilation of monitoring data for condition monitoring', ETH Zurich.
    • Vlachospyros, G., Fassois, S. D., and Sakellariou, J. S., 'On-board random-vibration-based robust fault detection on railway suspensions under track and payload uncertainty', University of Patras.
    • Weil, M., Bel-Hadj, Y., Fernandes, A., Weijtjens, W., and Devriendt, C., 'Experimental and operational modal analysis of a bio-composite pedestrian bridge', VUB.
    • Wodecki, J., Shiri, H., and Zimroz, R., 'Acoustic-based diagnostics of belt conveyor idlers in real-life mining conditions by mobile inspection robot', Wroclaw University of Science and Technology.
    • Wu, W., Malik, M. K., Cantero-Chinchilla, S., Lawrie, T., Yan, W., Tanner, G., Remenyte-Prescott, R., and Chronopoulos, D., 'A physics-based approach for damage identification in plates based on guided wave scattering predictions and inverse bayesian inference', The University of Nottingham.
    • Wu, X., Denayer, H., and Gryllias, K., 'Two stage beamforming-based solution for noise separation in the context of acoustic monitoring', KU Leuven.
    • Yazdanianasr, M., Mauricio, A., Zimroz, R., Wyłomańska, A., and Gryllias, K., 'Evaluation of the improved envelope spectrum via feature optimization-gram (iesfogram) for bearing diagnostics in presence of non gaussian noise', KU Leuven.
    • Zanarini, A., 'About the excitation dependency of risk tolerance mapping in dynamically loaded structures', University of Bologna.
    • Zhu, R., and Gryllias, K., 'An enhanced wavelet-based instantaneous feature for local damage diagnosis of gears', KU Leuven.

    Case studies in noise and vibration engineering

    • Alia, A., Khanyile, N., Dufrénoy, P., and De Saxcé, G., 'Vibration and acoustic radiation of an impacted plate: parametric study based on isogeometric analysis', Université de Lille.
    • Amorosi, A., Amez-Droz, L., Teloi, M., Lakkis, M. H., Watchi, J., Sider, A., Jamshidi, R., and Collette, C., 'Development of a low-frequency, compact, vertical inertial sensor for active seismic isolation', Université de Liège.
    • Auersch, L., 'Railway-induced ground and building vibrations – analysis in frequency-wavenumber domain and fast prediction with approximate models', Federal Institute of Material Research and Testin.
    • Barros, A. G. d., Hasheminejad, N., Vanlanduit, S., and Vuye, C., 'Mechanical impedance for the acoustic assessment of asphalt pavements', University of Antwerp.
    • Billot, G., Marinus, B. G., Harri, K., and Moiny, F., 'Non-linear or linear propagation in high intensity blasts from firearms: where is the boundary?', Royal Military Academy.
    • Bosmans, J., Gallas, S., Rocha de Melo Filho, N. G., Kirchner, M., and Desmet, W., 'Validation of wind turbine gearbox structural fe models through modal analysis at component and (sub-)assembly level', KU Leuven.
    • Caesarendra, W., Surindra, M. D., Putra, S. A., and Zaini, J., 'Vibration signal characterization of underpass bridge using time-frequency representation methods for condition-based maintenance purposes', Universiti Brunei Darussalam.
    • Carneiro, D. A. S., Kato, H., Reumers, P., Lombaert, G., and Degrande, G., 'Mitigation of railway induced vibration using seismic metamaterials', KU Leuven.
    • Carré, M., Chomette, B., Puvilland, S., Ollivier, F., and Mamou-Mani, A., 'Deviation reduction of flat-panel speaker radiation using active vibration control', Sorbonne Université / HyVibe.
    • Çatak, N. O., and Arslan, E., 'Numerical and experimental studies on stiffening via improving the natural frequency of compressor inverter board box for refrigerator', Arcelik Global.
    • Chordà-Monsonís, J., Martínez-Rodrigo, M. D., Galvín, P., Romero, A., and Moliner, E., 'Effect of the ballasted track in the dynamic response of multi-span railway bridges using a discrete approach', Universitat Jaume I.
    • Ciochon, A. H., Kennedy, J., and Culleton, M., 'Evaluation of surface roughness effects on additively manufactured acoustic materials', Trinity College Dublin.
    • Ciprari, S., Tonazzi, D., Lazzari, A., Saulot, A., and Massi, F., 'Identification of dynamic contact instabilities generated by braking materials', Sapienza University of Rome.
    • Costa, N., Camargo, E., Ximenes, I., and Strafacci, D., 'Experimental study using oma of the flutter effects in the helicopter blade using different rotation speeds', HBK.
    • de Cordemoy, P., MacDonell, J., and Chu, A., 'Data-based comparison of new shock sensor technologies and their application in product testing', PCB Piezotronics.
    • De Cristo, E., Vincenzi, L., Giannini, O., and Ferracuti, B., 'Dynamic vibrations of a rc highway overpass bridge', Niccolò Cusano University.
    • Dietrich, J., Raze, G., Collette, C., Deraemaeker, A., and Kerschen, G., 'Resistive-inductive piezoelectric shunts with negative capacitances and positive position feedback - a comparative study', Université de Liège.
    • Dos Santos, V. G. R. C., Goto, A. M., Miranda Jr, E. J. P. d., and Dos Santos, J. M. C., 'Elastic wave propagation in one-dimensional phononic crystals with defects', UNICAMP.
    • Ekinci, E. C., Özer, M. B., and Özgüven, H. N., 'A novel approach for local structural modification of nonlinear structures', Middle East Technical University.
    • Fabro, A. T., Matos, P. H. M. C., das Neves, D. A., der Geest, C. V., Iceri, D. M., Vieira, S. C., and Castro, M. S., 'A wave-based approach for two-phase flow induced vibration in horizontal pipes', University of Brasilia.
    • Felicetti, L., Chatelet, E., Latour, A., and Massi, F., 'Analysis and mimicking of contact vibrations, induced by touching isotropic surface textures', Sapienza University of Rome.
    • Felix, M., Palomares, E., Morales, A. L., Pintado, P., Melero, M., Nieto, A. J., Ramiro, C., and Chicharro, J. M., 'On the influence of passengers on railway vehicle comfort', University of Castilla-La Mancha.
    • Fischer, H., and Tatzko, S., 'Analysis of traveling wave properties of mechanical metamaterial structures: design and experiment', Leibniz University of Hanover.
    • Fujita, K., and Saito, T., 'Study on the effect of tire vibration characteristics on tire road noise (consideration on correlation between vibration characteristics and shaft force characteristics)', National Institute of Technology, Ube College.
    • Gaborit, M., Lundberg, E., Mao, H., and Göransson, P., 'Controlled anisotropy materials and 3d printing: experimentations and analyses', Université du Mans.
    • Girdhar, S., Barnard, A., Blough, J., LoVerde, J., and Dong, W., 'Using a simulation model to guide a new field measurement method with higher reproducibility for standard impact test methods', Michigan Technological University.
    • Kang, J., and Zeng, S., 'On the equivalence of operational modal analysis methods based on power spectral density and transmissibility', Nanjing University of Aeronautics and Astronautics.
    • Kumawat, A., Taddei, F., Csuka, A., R. Cudmani, R., and Müller, G., 'Nonlinear and linear soil-structure interaction analysis under micro-seismic events induced by geothermal operations', TU Munich.
    • Langrand, C., Albert, A., and Masset, M., 'Exploiting sound signals for fault diagnosis of an on-site machining operation', Tacquet Industries.
    • Larsson, J., Göransson, P., and Wennhage, P., 'Mass minimization of load carrying sandwich structures subjected to dynamic loads by concurrent optimization of core topology and face sheet thickness', KTH.
    • Lázaro, M., Niemczynowicz, A., Siemaszko, A., and García-Raffi, L. M., 'Wave propagation in structures with sturmian quasiperiodic patterns', Universitat Politècnica de València.
    • Lu, L. P., Marsico, M. R., Monica, C., and Londono Monsalve, J. M., 'Graphene-reinforced vibration isolation', University of Exeter.
    • Marín Vargas, J. J., Villalba Morales, J. D., and García Sánchez, J. A., 'Chiral matrixes-based plates with local resonators for vibration attenuation in cantilever steel hollow section columns', Pontificia Universidad Javeriana.
    • Martini, V. M., Okabe, E. P., and Cavalca, K. L., 'Experimental modal analysis in a rotating machine foundation and its implications in a simple case of dynamic substructuring', University Of Campinas.
    • Matsushita, H., Mizukami, K., and Koga, Y., 'Fundamental study on reduction of heavy impact sound on floor slab by using mechanical metamaterial', Takenaka corporation.
    • Miranda Jr., E. J. P. d., and Dos Santos, J. M. C., 'Complex band structure of flexural waves in 2-d metamaterial kirchhoff-love plates with shunted piezo-patches', Federal Institute of Maranhão (IFMA).
    • Neff, J. C., Garcia-Manrique, J., and Gonzalez-Herrera, A., 'Numerical simulation on the direct and inverse sound transmission', University of Málaga.
    • Olsen, P., Andersen, L. V., Lauritsen, R., Mainz, R. T. H., and Ørndrup, R. E., 'Flexural properties of slim floor composite beams for hollow core concrete slabs, experimental and numerical investigation', Aarhus Universitet.
    • Palanivelu, S., and Dandekar, R., 'Experimental procedure for benchmarking of tires for vehicle floor vibration using transfer path analysis', Vellore Institute of Technology, Vellore.
    • Pinazo, B., Lázaro, C., Monleón, S., and Museros, P., 'Sensitivity of dynamic response to different structural configurations for hyperloop(tm) transportation systems', Universitat Politècnica de València.
    • Piron, D., Deraemaeker, A., and Collette, C., 'Determination of optimal sensor-actuator position for active vibration damping in collocated siso systems using a pole-zero distance criterion for fast convergence of the search algorithm', Université Libre de Bruxelles.
    • Sánchez-Quesada, J. C., Moliner, E., Romero, A., Galvín, P., and Martínez-Rodrigo, M. D., 'Model updating of an oblique multi-span railway bridge and efect of transverse diaphragms on the dynamic performance', Universitat Jaume I.
    • Sawicki, B., Karlos, A., and Paćko, P., 'Investigation of the resonant behavior of point attachments on beams', AGH University of Science and Technology.
    • Schroth, R., Wirz, A., and Einbock, S., 'Lifetime calculation for metal wire mesh vibration dampers subjected to cyclic loads', Pforzheim University.
    • Stalmans, W., Van hoorickx, C., and Reynders, E., 'Predicting vibration transmission across finite double wall junctions', KU Leuven.
    • Teloli, R. O., Sadoulet-Reboul, E., and Ouisse, M., 'On the robust multiphysics optimization of electric motors', Université Bourgogne Franche-Comté.
    • Tomilina, T., '3d-printing of vibro-acoustic metamaterials: the problem of model and experiment compliance', A.A.Blagonravov Mechanical Engineering Research Institute.
    • Tornar, U., 'S.i.d. (strain integral damping) comparisons with measurement and imaginary stiffness damping', Peugeot (retired).
    • Ulveczki, M., and Rucz, P., 'Simulations of flow-excited acoustical resonances in a helmholtz resonator', Budapest University of Technology and Economics.
    • van Dijk, C. C., 'Attenuation evaluation, difference between theory and practice', ESC.
    • Wachter, R., Werner, U., Herzog, H.-G., and Bauer, C., 'Simulation and experimental validation of 1-d low-pass controlled active damped 11 kw two-pole induction motor mounted on elastic steel frame foundation', Nuernberg Tech.
    • Watchi, J., Lakkis, M. H., Sider, A., Jamshidi, R., Amorosi, A., Teloi, M., and Collette, C., 'Experimental validation for low frequency isolation of six degree of freedom systems using inertial sensors', University of Liege.
    • Wijnant, Y., 'Reformulating the helmholtz equation to solve predominantly propagating wave fields fast', University of Twente.
    • Zhou, Y., Chen, Q., Shi, X., Martin, D., and Bertsche, B., 'Numerical and experimental study of various torsional vibration countermeasures for rattle noise reduction in vehicles with dual-clutch transmissions', Chongqing University.

    Experimental and hybrid methods for dynamic identification and testing

    • Alkmim, M., Cardenuto, J., Tengan, E., Dietzen, T., van Waterschoot, T., Cuenca, J., and De Ryck, L., 'Sound quality analysis of a hovering drone', Siemens Digital industries Software.
    • Balaji, N. N., Brake, M. R., and Jermaine, C., 'Digital image correlations and deep learning: new perspectives for experimental dynamics', Rice University.
    • Barsi Palmic, T., and Slavic, J., '3d printed stacked dielectric actuators for high-frequency dynamic operation', University of Ljubljana, Faculty of Mechanical Engineering.
    • Baruch, E., 'Nanoscale topography approximation using an autoresonating nanowire', technion.
    • Belmokhtar, M., Schmidt, F., Chevalier, C., and Ture Savadkoohi, A., 'Revisited frequency domain decomposition for vibration monitoring of a bridge subjected to scour', Université Gustave Eiffel.
    • Bisceglia, G., De Carolis, S., Colucci, V. V., Valentino, V., and Soria, L., 'Operational modal analysis for the evaluation and classification of rail-head irregularities and the simultaneous identification of train modal parameters', Politecnico di Bari.
    • Blachowski, B., Ostrowski, M., Mikulowski, G., and Jankowski, L., 'Mode matching vs bayesian approach for model updating of frame structure with uncertain bolted connections', Institute of Fundamental Technological Research, Polish Academy of Sciences.
    • Brøns, M., and Rixen, D. J., 'Dynamic disturbance substructuring: identifying localized nonlinear vibrations', Technical University of Denmark.
    • Brunetti, J., D'Ambrogio, W., and Fregolent, A., 'Taking advantage of multiple solutions in configuration-dependent substructure decoupling', Università dell'Aquila.
    • Capalbo, C. E., De Gregoriis, D., Tamarozzi, T., Devriendt, H., Naets, F., Carbone, G., and Mundo, D., 'Structural model updating using parametric model order reduction and augmented kalman filtering', University of Calabria.
    • Čepon, G., Pogačar, M., Kodrič, M., and Boltezar, M., 'System equivalent model mixing: frequency-based and modal formulation with practical applications', University of Ljuljana.
    • Cooper, J., Constantin, L., DeCourcy, J., Titurus, B., and Rendall, T., 'Nonlinear identification of transient tank vertical sloshing motions', unversity of bristol.
    • Cristofori, G., Mucchi, E., Santoni, A., and Pompoli, F., 'Experimental evaluation of the sound power level (swl) in a gearmotor by means of vibration measurements', University of Ferrara.
    • Cronin, L., Sen, D., and Pakzad, S., 'Field implementation of stridex for mobile sensing-based bridge system identification', Lehigh University.
    • De Carolis, S., De Filippis, G., Palmieri, D., and Soria, L., 'Overcoming the natural excitation assumption: a strategy to deal with colouration and time/space correlation in output-only modal analysis', Politecnico di Bari.
    • De Carolis, S., Messina, A., and Soria, L., 'R-frf-based modal analysis: additional modal parameters for local diagnoses of perturbated systems', Politecnico di Bari.
    • De Troyer, T., Csurcsia, P. Z., Siddiqui, M. F., and Runacres, M. C., 'Using a broadband multisine excitation signal for the data-driven modeling of the unsteady lift force on a pitching wing', Vrije Universiteit Brussel.
    • Denis, S., Hoffait, S., Ligot, J., Golinval, J.-C., de Cazenove, J., Lengele, M., and Mahy, P., 'Development of an autonomous experimental system to identify blisk mistuning', V2i.
    • Deonarain, G., Blough, J., Barnard, A., Johnson, K., Malladi, S., and Labyak, D., 'Comparison vector response modal assurance criterion for defect detection in additively manufactured parts', Michigan Technological University.
    • Deuschle, F., Cornelis, B., Lanslots, J., and Gryllias, K., 'Overload detection in mems-microphones based acoustic arrays', Siemens.
    • Devos, T., Kirchner, M., Croes, J., and Naets, F., 'Sensor selection for state estimators based on the estimation performance of predefined quantities of interest', KU Leuven.
    • Di Manno, M., Brunetti, J., Latini, F., D'Ambrogio, W., and Fregolent, A., 'Possible improvements in semm-based joint identification', University of Rome La Sapienza.
    • Fernandes de Oliveira Junior, A., Winkler, K., Weijtjens, W., and Devriendt, C., 'Operational modal analysis campaign conducted during the construction of an offshore wind farm', Vrije Universiteit Brussel - VUB.
    • Floren, M., and Noël, J.-P., 'Nonlinear restoring force modelling using gaussian processes and model predictive control', KU Leuven.
    • Fournier, L., Sanches, L., Foucaud, S., and Michon, G., 'Model identification of non-structural elements in aerospace structures', Université de Toulouse, ICA, CNRS, ISAE-Supaero.
    • Gardonio, P., Guernieri, G., Turco, E., Rinaldo, R., and Fusiello, A., 'Reconstruction of the sound radiation field from plate flexural vibration measurements taken with multiple cameras', Università degli Studi di Udine.
    • Ghibaudo, J., Aucejo, M., and Dr Smet, O., 'Performances of a family of new bayesian filters for input estimations', Conservatoire National des Arts et Métiers.
    • Goyder, H. G., 'Fitting a measured spectrum from a nonlinear structure to produce a model', Cranfield University.
    • Guernieri, G., Gardonio, P., Stücheli, M., and Turrin, D., 'Virtual sensing of professional washing machine drum displacements and force transmission to the floor', Università degli Studi di Udine.
    • Güner, H., Verstraelen, E., Hoffait, S., and Denoël, V., 'Dynamic identification of lightweight civil engineering structures using a portable shaker', V2i.
    • Guo, Z., Halkon, B., and Clemon, L., 'Effects of infill parameters on the vibration characteristics of additively manufactured specimens', University of Technology Sydney.
    • Hahn, E., Feng, N., and Yu, M., 'Different approaches to identifying damped foundations in rotating machinery', The University of New South Wales.
    • Hansen, J. F., Juul, M. Ø. Ø., and Orlowitz, E., 'A hybrid ema/oma testing approach for modal feature extraction for wind turbine blades', Aarhus University.
    • Haywood-Alexander, M., Dervilis, N., Worden, K., Ladpli, P., Fremmelev, M. A., and Rogers, T. J., 'Bayesian identification of material properties for a fibre-composite plate, via dispersion curves', The University of Sheffield.
    • Inozume, T., Ogasawara, T., Saitoh, H., and Hosoya, N., 'Impulse testing with a combustion actuator for huge structures', Shibaura Institute of Technology.
    • Iriondo, J., McCloskey, A., Irazu, L., and Galfarsoro, U., 'Damping characterisation of an elevator rope', Mondragon Unibertsitatea.
    • Käß, M., Schmidt, H., and Lichtinger, R., 'Reliability improvement of electronic components with design of experiments: influence of design parameters on fatigue life', BMW AG.
    • Kimpián, T., and Augusztinovicz, F., 'Torsional modal analysis made easy – methodology and practical examples from electric motor testing', thyssenkrupp Components Technology Hungary Ltd..
    • Kleyman, G., Tatzko, S., and Wallaschek, J., 'Application of experimental continuation to a geometrically nonlinear beam', Leibniz University Hannover.
    • Kreuter, D., and Kemmler, S., 'Accelerated vibration testing: implementation of soft sensors for shaker profile derivation', Robert Bosch GmbH.
    • Li, G.-X., Lo, Y.-C., Chiou, S.-J., and Chan, Y.-J., 'Quantitative visual identification of contact conditions of receding contact', National Chung Hsing University.
    • Lifshitz, A., Bucher, I., and Tresser, S., 'Identification of rotating structures using autoresonance', Technion.
    • Ma, Z.-S., Ding, Q., and Wang, X.-P., 'Frequency-domain and time-domain nonlinear identification methods through feedback interpretation for vibrating structures with clearance nonlinearity', Tianjin University.
    • Madinier, N., Berry, A., Ege, K., and Leclère, Q., 'Comparison of two force identification methods from full field measurements performed with optical deflectometry', University of Sherbrooke (CA) /INSA de Lyon (FR).
    • Margerit, P., 'Extraction of dispersion surfaces: a review of applications, methods and open questions', PIMM Laboratory, CNRS UMR 8006, ENSAM Paris.
    • Marinel, C., Losson, O., Mathon, B., Le Besnerais, J., and Macaire, L., 'Comparison of operational modal analysis methods from video motion estimation', EOMYS Engineering.
    • Mastrodicasa, D., Di Lorenzo, E., Manzato, S., Peeters, B., and Guillaume, P., 'Multi camera 3d dic on a small scaled fixed wing model', Siemens Industry Software NV.
    • Moretti, D., Bronkhorst, A. J., and Geurts, C. P. W., 'Identification of structural parameters of a high-rise building', TNO.
    • Neri, P., Paoli, A., and Santus, C., 'Bandpass high-frequency blisk vibration measurement through downsamped dic acquisitions', University of Pisa.
    • Ocepek, D., Vrtač, T., Čepon, G., and Boltežar, M., 'Estimation of frequency response functions using independant source characterization', LADISK, Faculty of Mechanical Engineering, University of Ljubljana.
    • Orlowitz, E., and Christensen, S., 'On the dependency of damping estimation and response duration in operational modal analysis', Siemens Gamesa Renewable Energy.
    • Palmieri, M., Zucca, G., Maurizi, M., and Cianetti, F., 'A linear simulation method for piezo-structural dynamic analysis of 3d printed piezoresistive strain sensors', University of Perugia.
    • Pandiya, N., and Desmet, W., 'Automated pole selection using the derrp methodology', KU Leuven/Robert Bosch GmbH.
    • Peeters, B., Csurcsia, P. Z., and ElKafafy, M., 'Advanced frequency response matrix estimation using very short measurements', Siemens Industry Software.
    • Petersen, Ø. W., Øiseth, O., and Lourens, E.-M., 'Wind load estimation on bridges using latent force models enriched with environmental data', NTNU.
    • Pinto, M., Pepe, G., Roveri, N., Culla, A., and Carcaterra, A., 'Mobile self-driving sensors for identification of vibration and acoustic fields', Sapienza, University of Rome.
    • Rainieri, C., Rosati, I., and Di Ludovico, M., 'A study about the dynamic properties of reinforced concrete arch bridges', Università degli Studi del Molise.
    • Ricci, A., Albertz, F., and Bregant, L., 'Flexible hoses dynamic characterization including ampli- tude and frequency dependency', BMW AG.
    • Schedlinski, C., and Jaenich, W., 'Identification of the damped harmonic oscillator frequency response function from base acceleration and interface force', ICS Engineering GmbH.
    • Serra, R., Cierco, E., Perazzolo, A., and Bizzarro, G., 'Identification of tilt-rotor sub-systems', icrsl.
    • Soal, K., Nagy, M., Teubl, D., Govers, Y., and Böswald, M., 'Hardware-in-the-loop testing of a miniaturized real time flutter monitoring system for uavs', DLR.
    • Suglob, A., and Marzok, C., 'Methods for test-validation of flow induced vibrations', Carl Zeiss SMT GmbH.
    • Suhr, M., Orlowitz, E., Hansen, J. F., and Brandt, A., 'Digital image correlation and operational modal analysis: a study of influential factors for non-contact measurements', Aarhus University / Siemens Gamesa Renewable Energy.
    • Suresh, V., Choudhari, Y., Athavale, P., and Kalsule, D., 'Pass-by noise source identification of light commercial vehicle using advanced signal analysis technique', Tata Motors Ltd.
    • Tcherniak, D., 'Optimal sensor placement: a sensor density approach', Hottinger Brüel & Kjær A/S.
    • Tenenbaum, E., 'Reconstruction of a nonlinear acoustic field based on acousto-optic effect computational tomography', Technion.
    • Thomsen, H. R., Zhao, B., and Colombi, A., 'Active one-dimensional boundary reflection cancellation applied to metamaterial experimentation', ETH Zurich.
    • Tomac, I., and Slavič, J., 'Damping identification using high-speed camera', University of Ljubljana.
    • Touzet, J., Andre, H., Bonnardot, F., Chesne, S., and Guillet, F., 'Pocket video-based measurement system applied on oma of a cantilever beam', L.A.S.P.I..
    • Trainotti, F., Slimak, T., and Rixen, D. J., 'Towards full-field frequency based substructuring: an application case', Technical University of Munich.
    • Troge, J., Georgi, T., Hensel, E., de Klerk, D., Graf, M., and Burkhardt, M., 'Characterization of 3d printed polymer mounts in translational and rotational dof', Fraunhofer Institute for Machine Tools and Forming Technology IWU.
    • Volkmar, R., Soal, K., Govers, Y., and Böswald, M., 'Optimization of time and frequency domain methods for real-time identification of aircraft', German Aerospace Center (DLR).
    • Wang, Y., Dwek, N., Willems, T., Egner, F., Kirchner, M., and Naets, F., 'Camera based experimental modal analysis: rigid body motion compensation and high frequency impulse response signal reconstruction from randomly undersampled images', KU Leuven.
    • Widyastuti, H., and Sedayu, A. F., 'Comparison analysis of indonesian track quality index calculations with european standads (en) using multibody dynamic system simulation', Institut Teknologi Sepuluh Nopember.
    • Zapata, L. M., and Naets, F., 'Multiple input reconstruction using an impulse response filter: experimental investigation', KU Leuven.
    • Żelawski, F., and Pieczonka, Ł., 'Identification of moisture content in short fiber reinforced composites with the use of resonant ultrasound spectroscopy', AGH University of Science and Technology.
    • Zhang, Z., Wei, Y., Zhong, Y., and Ma, X., 'Identification of propeller forces in time domain utilizing vibration measurement data', Shanghai Jiao Tong University.
    • Zimmer, M., Mehrkian, B., Altay, O., and Abel, D., 'Experimental validation of real-time vibration frequency estimation for structural vibration control', Institute of Automatic Control.

    Inverse methods for dynamic material or component characterization

    • Auquier, N., Ege, K., and Gourdon, E., 'Dynamical behaviour of multilayered beam with imperfect interfaces: modeling and experimental validation', CeLyA - Univ Lyon.
    • Carter, S. P., and Owens, B. C., 'Errors using six degree-of-freedom force estimates to translate vibration environments system-to-system', Sandia National Laboratories.
    • Ellath Meethal, R., Khalil, M., Obst, B., Bletzinger, K.-U., and Wüchner, R., 'Model updating in rotor dynamic system using fem based neural network', Siemens AG.
    • Guenka, T. S. d. N., Machado, M. R., Silva, A. M. A., and Nunes, M. A. d. A., 'Acoustic characterization of ceramic al2o3/mgo samples produced via unidirectional freeze-casting', Universidade de Brasília.
    • Hasheminejad, N., Vuye, C., and Vanlanduit, S., 'Identification of the viscoelastic properties of bituminous mortar using vibration measurements', University of Antwerp.
    • Huguet, M., Ture Savadkoohi, A., Lamarque, C.-H., Collet, M., and Rodriguez, J., 'Damage detection of structural elements by time reversal principle', Univ Lyon, ENTPE, LTDS UMR CNRS 5513.
    • Leclere, Q., Marchetti, F., Roozen, N. B., Ege, K., and Kersemans, M., 'Wave correlation approaches to analyse 3d velocity fields: application to a honeycomb core composite pannel', LVA- INSA Lyon.
    • Lindberg, A., Lövgren, B., Abrahamsson, P., and Ingvarsson, A., 'A least-squares approach to water tank measurements using sine pulses', SAAB Dynamics.
    • Malacrida Alves, G., and Balmes, E., 'A time varying system perspective on rubber mount test interpretation', SDTools / ENSAM.
    • Minervini, D., and Stella, A., 'Experimental frequency-based decoupling for tire characterization', Siemens Digital Industries Software.
    • Pierro, E., and Carbone, G., 'Recent advancements in the characterization of the damping properties of linear polymeric materials', University of Basilicata.
    • Willems, T., and Naets, F., 'Time-domain identification of structural dynamic parameters from spatially dense 3d vision-based measurements', KU Leuven.
    • Zaletelj, K., Slavič, J., and Boltežar, M., 'Location-specific weighting of the high-speed camera-based full-field model updating', University of Ljubljana.

    Non-linear component/system dynamics

    • Abdi, M., Sorokin, V., and Mace, B., 'Numerical analysis of the reflection of multiple nearfield waves from a nonlinear boundary for an euler-bernoulli beam', University of Auckland.
    • Akay, M. S., Shaw, A. D., and Friswell, M. I., 'Exploration of overhung rotor bouncing cycles with cubic and tanh-contact nonlinearities using numerical continuation', Swansea University.
    • Allen, H. G., and Langley, R. S., 'A linearised hybrid fe-sea method for built-up structures with nonlinear joints under random loading', University of Cambridge.
    • Bacsa, K. D., Lai, Z., Wei, L., and Chatzi, E., 'Symplectic encoders for variational inference in nonlinear dynamics systems', ETH.
    • Bagheri, A. K., Sonneville, V., and Renson, L., 'Computing periodic responses of geometrically nonlinear structures modelled using lie group formulations', Imperial College London.
    • Balaji, N. N., Brake, M. R., and Leamy, M. J., 'Traveling wave approaches for the forced response and stability analysis of jointed 1d bar structures', Rice University.
    • Boldrini, M., Giacoppo, L., Carcaterra, A., Majorana, E., Milana, S., and Akay, A., 'Mechanical oscillator interacting with a light beam: challenging nonlinear mechanical models', Università La Sapienza di Roma.
    • Bonney, M., Jamia, N., and Mills, R., 'Experimental considerations for thermal effects on frictional interfaces', The University of Sheffield.
    • Brunetti, J., D'Ambrogio, W., Fregolent, A., and Latini, F., 'Assessment of solution accuracy using nonlinear experimental substructure coupling', Università di Roma La Sapienza.
    • Bucher, I., 'Auto-resonance control of a nonlinear, parametrically excited system – application to nano-scale topography sensing', Technion.
    • Bürger, L., Vanspauwen, W., and Naets, F., 'Analysis of tire friction modelling for high fidelity nonlinear and lower level tire models', KU Leuven.
    • Cadiot, X., Sanches, L., and Michon, G., 'Non-linear modeling of satellite cable harness structures', ISAE-Supaero.
    • Carpine, R., Argoul, P., and Rospars, C., 'Characterization of nonlinear, nonstationary systems in operational modal analysis using wavelet transform', Université Gustave Eiffel.
    • Champneys, M. D., Dervilis, N., and Worden, K., 'On higher-order frequency response functions from kernel-narx methods', University of Sheffield.
    • Condor Lopez, J. G., and Stumpf, J., 'Robust design optimization of nonlinear powertrain mounting systems with solution space engineering', Mercedes-Benz Group AG.
    • Csurcsia, P. Z., 'User-friendly nonlinearity modeling using the sami toolbox', Vrije Universiteit Brussel.
    • Foster, J. A., Decuyper, J., De Troyer, T., and Runacres, M. C., 'Estimating a sparse nonlinear dynamical model of the flow around an oscillating cylinder in a fluid flow using sindy', VUB.
    • Gabos, Z., Dombovari, Z., and Gazdagh, Z., 'Case study on the experimental identification of a one degree of freedom nonlinear mechanical system', Budapest University of Technology and Economics.
    • Giannini, O., Giuliani, M., and Panciroli, R., 'Dynamic caracterization of flax fiber reinforced composite', Niccolò Cusano University - Rome.
    • Gurses, K., Ozgen, G., and Acar, B., 'Experimental investigation of amplitude dependent behavior of a wire rope isolator system using modal testing methods', Roketsan Ind..
    • Harduf, Y., and Setter, E., 'A simple model for the damping properties of additively manufactured particle dampers', Technion - Israel Institute of Technology.
    • Hermann, S., Butaud, P., and Chevallier, G., 'Vibration damping based on magnetically-induced friction dissipation', Institut FEMTO-ST, CNRS/UFC/ENSMM/UTBM/UBFC, Département Mécanique Appliquée.
    • Hickey, J., Butlin, T., Langley, R., and Onozato, N., 'A time and ensemble equivalent linearization method for combined harmonic and random excitation', University of Cambridge.
    • Hippold, P., Groß, J., Müller, F., and Krack, M., 'A nonlinear dynamic substructuring method using orthogonal polynomials for interface reduction', University of Stuttgart.
    • Hohl, A., Kulke, V., and Ostermeyer, G.-P., 'Insights through modal minimal models discussed for a self-excitation phenomenon in a downhole drilling application', Baker Hughes.
    • Jamia, N., Jalali, H., Friswell, M. I., Khodaparast, H. H., Bonney, M. S., Taghipour, J., and Shaw, A. D., 'Numerical and experimental investigations of frictional contact interfaces using a modified valanis model', Swansea University.
    • Jayatilake, S. D., Woods, B., Lowenberg, M., and Titurus, B., 'Analysis of structural dynamics and damping performance of a beam-tendon system undergoing large shape changes', University of Bristol.
    • Kosova, G., Di Lorenzo, E., Peeters, B., and Kerschen, G., 'Nonlinearity location identification using linear frequency response functions and nonlinear orthogonal projections', Siemens Industry Software.
    • Kulke, V., Ostermeyer, G.-P., Reckmann, H., and Hohl, A., 'Analyzing the root cause of critical self-excited cutting or friction induced vibrations considering multiple nonlinearities', TU Braunschweig.
    • Liva, A., Chatelet, E., and Massi, F., 'Energy transfer between acoustic fields by dry frictional contacts for shm: optimization of the high frequency vibration transfer', LAMCOS.
    • Manvelyan, D., Simeon, B., and Wever, U., 'Enabling predictive digital twins in contact mechanics using physics-based reduction schemes', Siemens AG.
    • Mosquera Sanchez, J. A., and De Marqui Jr., C., 'A nonlinear electroelastic metastructure for broadband and multimode wave attenuation', University of Sao Paulo.
    • Natili, F., Castellani, F., Khedr, A., Vedovelli, M., and Astolfi, D., 'Aeroelastic analysis of a single-axis photovoltaic panel through scaled wind tunnel tests and mathematical modeling', Università degli Studi di Perugia.
    • Porter, J. H., Brake, M. R. W., and Karpov, N. M., 'Reconciling real hysteresis with the masing conditions via masing manifolds', Rice University.
    • Rosenboom, M., and Hetzler, H., 'Nonlinear eddy current damping device with adjustable damping properties', University of Kassel.
    • Safari, S., and Londono Monsalve, J. M., 'Physics-informed model identification of structures with localised nonlinearities using machine learning', University of Exeter.
    • Santo, D. R., de Oliveira, L. P. R., and Gonçalves, P. J. P., 'On the dynamic behavior of mono-coupled continuous structures attached to nonlinear resonators', São Carlos School of Engineering / University of São Paulo.
    • Shaw, A. D., Gatti, G., Gonçalves, P. J. P., and Brennan, M., 'Frictional phenomena within a quasi zero stiffness vibration absorber', Swansea University.
    • Staudenmeyer, M., Oexl, S., Baeuerle, S., and Hetzler, H., 'Limitations of single track models in the validation process for highly automated trucks', Daimler Truck AG.
    • Szydlowski, M. J., and Renson, L., 'Modelling nonlinear structures by combining mechanistic models with lagrangian neural networks', Imperial College London.
    • Talik, S., Claeys, M., Lambelin, J.-P., and Sinou, J.-J., 'Nonlinear vibration response of an aerospace structure to acoustic loading: experiments and simulations', CEA.
    • Van den Bossche, S., and Csurcsia, P. Z., 'Modelling of f-16 ground vibration testing measurements using machine learning techniques', Vrije Universiteit Brussel.
    • Vered, Y., and Elliott, S. J., 'The use of a digital twin to reconfigure a nonlinear internal model controller', University of Southampton.
    • Vivet, M., Libralato, A., Verhoogen, J., Jiránek, P., and Tamarozzi, T., 'Advanced modelling of straight bevel gear contact for multibody simulations', Siemens Industry Software NV.
    • Volvert, M., and Kerschen, G., 'Analytical study of the amplitude and phase resonances of a duffing oscillator', University of Liège.
    • Witteveen, W., and Koller, L., 'Potential of virtual tribomechadynamics', FH OÖ F&E GesmbH.
    • Yang, Y., Li, S., and Rostamijavanani, A., 'Data-driven nonlinear normal modal identification and reduced-order modeling: a physics-integrated deep learning approach', Michigan Technological University.
    • Zara, G., Ferhatoglu, E., Berruti, T. M., and Zucca, S., 'Multiple response levels of structures with wedge friction dampers', Politecnico di Torino.
    • Zhai, Y.-J., Ma, Z.-S., Ding, Q., and Wang, X.-P., 'Dynamic modeling of a jointed structure with two hinged-hinged slightly curved beams connected by elastic joints', Tianjin University.
    • Zucchini, A., and Naets, F., 'Comparison of free-free and fixed boundary conditions for non-linear rubber mount characterization', BMW Group.

    Novel NVH applications in machines and vehicles

    • Albezzawy, M. N., and Antoni, J., 'The maximally-coherent reference technique: a solution to deal with large sets of references', INSA Lyon.
    • Alfred, J., and Palanivelu, S., 'Study of engine nvh in a passenger car interior through in-situ tpa method', Vellore Institute of Technology, Vellore.
    • Andrade Paiva, A. A., Lielens, G., van den Nieuwenhof, B., Detandt, Y., and Rigo, P., 'Vibro-acoustic coupled modal extraction', Hexagon.
    • Bianciardi, F., Colangeli, C., Ortega Almiron, J., Pieroni, N., and Corbeels, P., 'A framework combining component-based tpa and sound synthesis technologies for a road noise application case', Siemens Industry Software NV.
    • Cerântola, P. C. M., and de Oliveira, L. P. R., 'Improving panel insertion loss via aperiodic tiling of decorated membrane resonators', São Carlos School of Engineering - University of São Paulo.
    • Dias, R. S. O., Martarelli, M., and Chiariotti, P., 'Experimental validation of lagrange multiplier state-space substructuring', Università Politecnica delle Marche.
    • Gollnick, M., and Herfert, D., 'Operating vibration shape analysis of motorcycle frames using high-speed camera', GFaI e.V..
    • Gungl, S., and Kimpian, T., 'Efficient nvh evaluation of electric motors by means of 2d fourier analysis on the complex representation of airgap forces', thyssenkrupp Components Technology Hungary Ltd..
    • Häußler, M., Klaassen, S., de Klerk, D., and Rumpel, T., 'Component based operational transfer path analysis – an alternative to component tpa without impact measurements?', VIBES.technology.
    • Holmewood, R., Halkon, B., and Darwish, A., 'Towards real-time vibro-acoustic classification, verification and tracking of in-flight uavs', University of Technology Sydney.
    • Jund, A., Aragonès, À., and Noé, N., 'Simulation of acoustic transfer functions inside a car cabin using ray-tracing: correlation status and an updated industrial viewpoint', Applus IDIADA.
    • Klaassen, S., Bofinger, P., van der Seijs, M., Pasma, E., and van der Kooij, M., 'An investigation into the design of a structural dynamic model of an electric drive train using dynamic substructuring', VIBES technology.
    • Kottakota, K., Antoni, J., Leclere, Q., Bouley, S., and Colangeli, C., 'Localization of non-stationary sources through order-based beamforming', MicrodB.
    • Mathew, S. K., Bourdon, A., and Remond, D., 'Modeling and simulation of an electric powertrain nvh using angle time modeling', INSA Lyon.
    • Mazzanti, L., Vivet, M., De Gregoriis, D., Tamarozzi, T., and Blockmans, B., 'Contact model parameter estimation using a constrained extended kalman filter', Siemens Digital Industries Software.
    • Pasma, E., Klaassen, S., Passanesi, A., and Westlund, J., 'Advanced complex power & tpa studies for road noise nvh performance on a rear axle', Vibes Technology BV.
    • Prakash, V., Antoni, J., Sauvage, O., and Gagliardini, L., 'Bayesian nvh metamodels to assess interior cabin noise using measurement databases', Stellantis N.V.
    • Salamone, N., Bianciardi, F., Colangeli, C., Janssens, K., and Desmet, W., 'A component-based sound synthesis approach for the subjective nvh assessment of the virtual prototype assembly of an electric vehicle', Siemens DISW.
    • Schneider, S., Graf, B., Heinrich, M., Giese, T., and Haralampiev, I., 'Practical application and validation of the time domain boundary element method in acoustics', Ulm University of Applied Sciences.
    • Schramm, A. E., Sorrentino, S., and De Felice, A., 'Nonlinear effects on the self-excited oscillations known as motorcycle chatter', University of Bologna.
    • Takhchi, J., Ouisse, M., Sadoulet-Reboul, E., Bouhaddi, N., Gagliardini, L., Bornet, F., and Lakrad, F., 'Vibration propagation analysis in plates using the irrotational intensity field', Stellantis, Femto-st, Hassan 2 university.
    • Tentarelli, M., Cantelli, S., Sorrentino, S., and De Felice, A., 'Experimental stability analysis of tractor drivelines affected by cold judder', University of Modena and Reggio Emilia.
    • Werner, D., Schneider, S., Neher, J., Graf, B., and Wender, B., 'Sound radiation of gearboxes - reasons for deviations between calculated and measured sound power levels in nvh analyses of gearboxes', University of Applied Sciences of Ulm.

    Novel applications in rotating system dynamics

    • A. K., W., Shaik, K., Singh, M., Sharma, A., and B. G., F., 'Balancing of flexible rotors using laser beam online mass removal system', Bhabha Atomic Research Center.
    • Cadoret, A., Denimal, E., Leroy, J.-M., Pfister, J.-L., and Mevel, L., 'Mode shape phase change detection in wind turbine under anisotropy variation', IFP énergies nouvelles.
    • Ćatipović, I., Alujević, N., Senjanović, I., Čakmak, D., and Vladimir, N., 'A finite strip for free vibration analysis of rotating cylindrical shells under internal pressure', University of Zagreb, Faculty of Mechanical Engineering and Naval Architecture.
    • Frie, L., Dieterich, O., and Eberhard, P., 'Parametric model order reduction for speed-controlled elastic rotors', University of Stuttgart.
    • Lanting, J., Cuypers, C., Timmermans, S., De Munter, W., Delabie, T., and Vandepitte, D., 'Micro-vibration mitigation measures in a small satellite reaction wheel: design and verification', KU Leuven.
    • Matter, F., Iroz, I., and Eberhard, P., 'Brake squeal analysis using parametric model order reduction', University of Stuttgart.
    • Moczko, P., Odyjas, P., Pietrusiak, D., and Więckowski, J. S., 'Variable geometry centrifugal fan - challenges in identification and control of dynamics', Wroclaw University of Science and Technology.
    • Quinz, G., Klanner, M., and Ellermann, K., 'Balancing of rotor-bearing systems without trial runs using the numerical assembly technique - an experimental investigation', Graz University of Technology.
    • Schwochow, J., Gnebner, K., and Govers, Y., 'Application of time-periodic stochastic subspace identification on operating wind turbine rotor data', DLR Göttingen.

    Numerical and hybrid simulation approaches and Digital Twin strategies in acoustics and dynamics

    • Akar, Ö., and Willner, K., 'The modal behavior of violin components', Friedrich-Alexander-Universität Erlangen-Nürnberg.
    • Alexiou, T., Reumers, P., Degrande, G., and François, S., 'Pgd-based model order reduction for green's functions in elastodynamics', KU Leuven.
    • Atak, O., Li, Y., Hamiche, K., Beriot, H., and Desmet, W., 'Bemao: a novel adaptive and high-order bem solver for steady-state acoustics - part 1: theory', Siemens Industry Software.
    • Baeuerle, S., Seifert, A., Kappauf, J., and Hetzler, H., 'A continuation framework for quasi-periodic solution branches based on different torus discretization strategies', University of Kassel.
    • Bártfai, A., and Dombóvári, Z., 'On the finite-time stability of dynamic stability loss in a one degree of freedom system', MTA-BME Lendület Machine Tool Vibration Research Group, Department of Applied Mechanics, Budapest University of Technology and Economics.
    • Bizzarri, D., Atak, O., van Ophem, S., Tamarozzi, T., Jiranek, P., Scurria, L., Garcia de Miguel, A., Alvarez Blanco, M., Janssens, K., and Desmet, W., 'Model order reduction and smart virtual sensing for unbounded vibro-acoustics using high order fem and infinite elements', Siemens.
    • Bouras, A., and Carassale, L., 'Load projection for reduced order models of bladed disks', University of Genoa.
    • Bouvet, P., Nelain, B., Thompson, D., Ntotsios, E., Nuber, A., Froehling, B., Seyfaddini, F., Herremans, G., Reumers, P., Lombaert, G., and Degrande, G., 'The development of a hybrid prediction tool for railway induced vibration', KU Leuven.
    • Branner, K., Di Lorenzo, E., Vettori, S., Berring, P., Haselbach, P. U., Markussen, C. M., and Peeters, B., 'Executable digital twin demonstrator of wind turbine blade', Technical University of Denmark.
    • Cai, Y., van Ophem, S., and Deckers, E., 'Model order reduction of time-domain vibro-acoustic finite element simulations with admittance boundary conditions in state-space form', KU Leuven.
    • Carcaterra, A., Pepe, G., Roveri, N., and Tini, T., 'Processing of logical-physical rules in the control of the autonomous vehicle', Sapienza, University of Rome.
    • Cohen, R., Bachar, L., Renata, K., and Jacob, B., 'A realistic dynamic model for helical gear', Ben Gurion University.
    • Cool, V., Jonckheere, S., Deckers, E., and Desmet, W., 'Loewner-based black box stability preserving model reduction for time domain simulations of damped dynamical systems', KU Leuven.
    • Culla, A., Silvia, M., Gianluca, P., Nicola, R., and Antonio, C., 'Soft-robotics of a fluid-structure system: multi-element swimming airfoil', University of Rome La Sapienza.
    • Cunha, B. Z., Zine, A.-M., Droz, C., Foulard, S., and Ichchou, M., 'Interpretable and physics-supported machine learning model for sound transmission loss analysis', Ecole Centrale de Lyon.
    • Donderer, M., Rieß, A., Waldenmaier, U., Neher, J., and Ehlers, S., 'Excitation analysis on resilient mounting eigenmodes of large-bore internal combustion engines', MAN Energy Solutions SE.
    • Duhamel, D., and Mencik, J.-M., 'Finite element modeling of locally nonlinear infinite periodic structures using time-domain absorbing boundary conditions', Ecole des Ponts ParisTech.
    • Ellenbroek, M., and Schilder, J., 'Deployment analysis of a solar panel array as a demonstration of a new superelement formulation in multibody dynamics', University of Twente.
    • Finn, J. S., Jefferson-Loveday, R., Richter, M., and Tanner, G., 'Using dynamical energy analysis to model the vibrational response of real-world structures to correlated excitation fields', University of Nottingham.
    • Frank, J., and Zimmermann, M., 'Topology optimisation subject to anisotropic stiffness constraints for the lightweight design of vibrating structures', Technical University of Munich.
    • Freisinger, J., and Müller, G., '2.5d itm-fem approach for the prediction of ground-borne vibrations from two parallel underground railway tunnels', Technical University of Munich.
    • Gabrielli, A., Battarra, M., and Mucchi, E., 'A numerical finite-element method for radial bearing stiffness estimation based on load dependent meshing', University of Ferrara.
    • Guerich, M., and Assaf, S., 'Damping optimal design of sandwich beams partially covered with damping patches', Léonard de Vinci Pôle Universitaire, Research Center.
    • Hamiche, K., Atak, O., Li, Y., Bériot, H., and Desmet, W., 'Bemao: a novel adaptive and high-order bem solver for steady-state acoustics - part 2: applications', Siemens Digital Industries Software.
    • Hermanns, M., Rothe, S., Hetzler, H., Baeuerle, S., Eulert, S., and Luehrs, G.-F., 'Multi-objective optimization of the bearing system design for an electric powertrain based on a data science approach', Volkswagen AG.
    • Herremans, G., François, S., and Degrande, G., 'Reduced order models for railway induced vibration based on the proper generalized decomposition', KU Leuven.
    • Jonckheere, S., Elkafafy, M., Atak, O., Bériot, H., Peeters, B., and Desmet, W., 'Black box time domain simulation of frequency domain based vibro-acoustic models', Siemens Industry Software.
    • Joshi, P., 'Material and component based simplified vibroacoustic analysis approach for double wall application', ZAL Center of Applied Aeronautical Research.
    • Joshi, P., and Saleh, T., 'An efficient vibroacoustic analysis of aerospace structure excited by turbulent boundary layer with pressure gradients', ZAL Center of Applied Aeronautical Research.
    • Kappauf, J., and Hetzler, H., 'A hybrid approximation method for the analysis of periodic solutions of large-scale dynamical systems', University of Kassel.
    • Khoshavaz, S., Kersschot, J., Denayer, H., and De Roeck, W., 'Mapping schemes between non matching meshes for aerodynamic forces acting on a flexible duct wall', KU Leuven.
    • Klanner, M., and Ellermann, K., 'Transient vibrations of viscoelastic beam systems under arbitrary loading conditions and with fractional derivative damping models', Graz University of Technology.
    • Lainer, M., and Müller, G., 'Coupling of a 2d unsaturated elastodynamic structure with a bending beam by application of the wave based method', Technical University of Munich.
    • Lengger, M., and Willner, K., 'Reduced order modelling for bolted joints', FAU Erlangen-Nuremberg.
    • Li, Y., Atak, O., and Desmet, W., 'An efficient formulation of multi-level fast multipole indirect bem for industrial acoustic problems', Siemens Digital Industries Software.
    • Mencik, J.-M., and Gobert, M.-L., 'Acoustic radiation of 2d nearly periodic metamaterial plates via finite element procedures and model reduction strategies', INSA Centre Val de Loire.
    • Meyer, V., and Dutto, P., 'Estimating the transient vibro-acoustic response of a submerged structure using a substructuring approach', Naval Group.
    • Mohammed, N., Creagh, S., Richter, M., and Tanner, G., 'Sound radiation from vibrating plates – a dynamical energy analysis approach', University of Nottingham.
    • Muhammad, -., and Kennedy, J., 'Additively manufactured composite metastructure for broadband vibration and noise control applications', Trinity College Dublin.
    • Ngandu Kalala, G., Chiementin, X., Rasolofondraibe, L., and Boujelben, A., 'Strategy for diagnosing gear defects by digital-twin-assisted supervised classification on a ball mill drivetrain', Université de Reims Champagne Ardenne.
    • Paifelman, E., Milana, S., Culla, A., and Ciappi, E., 'Swimming robot emulating fish propulsion', Institute of Marine Engineering, INM-CNR of Rome.
    • Panagiotopoulos, D., and Deckers, E., 'An accelerated deflation preconditioner for acoustic bem systems based on subspace recycling', KU Leuven.
    • Pistacchi, L., Rezayat, A., and Park, D., 'Numerical analysis of misalignment and assembly error effects on the acoustic emission of gear transmissions', Siemens Digital Industries Software.
    • Pitchforth, D., Rogers, T., Tygesen, U. T., and Cross, E., 'Incorporation of partial physical knowledge within gaussian processes', The University of Sheffield.
    • Qu, F., Van Belle, L., and Deckers, E., 'A unit cell wave based reduced order modelling approach for fast vibration response calculations of finite periodic metamaterial plates', KU Leuven.
    • Ramatlo, D. A., Wilke, D. N., and Loveday, P. W., 'Synthetic data for guided wave ultrasound monitoring of rail tracks generated using statistical modelling and variational auto-encoders', University of Pretoria.
    • Rice, H., Flanagan, L., and Wright, T., 'An acoustic absorption system incorporating fluid-structure interaction', TCD.
    • Rumpler, R., and Aumann, Q., 'A multivariate wcawe for parametric model order reduction', KTH Royal Institute of Technology.
    • Sabahi, I., Vermaut, M., Kirchner, M., Croes, J., and Naets, F., 'Selection of the reduction basis and damping matrix for systems with forced excitations', KU Leuven.
    • Schilder, J., van Voorthuizen, K., and Ellenbroek, M., 'Best practices in teaching flexible multibody dynamics', University of Twente.
    • Sinha, A., Desceliers, C., Soize, C., and Cunha, G., 'Probabilisic learning on manifolds for design optimisation of aero-acoustic liner impedance', University Gustave Eiffel.
    • Staiger, J., and Naets, F., 'Utilizing gyroscopes for force identification in structural dynamics using kalman filters', KU Leuven.
    • Taenzer, L., Tallarico, D., Kandiah, A., Van Damme, B., and Bergamini, A., 'Numerical and experimental insights into acoustic emission from a train wheelset', EMPA.
    • Tallarico, D., Van Damme, B., Taenzer, L., and Bergamini, A., 'Insights into the contact point mobility of the railway superstructure treated as a periodic medium', EMPA.
    • Van der Auweraer, H., and Hartmann, D., 'The executable digital twin: merging the digital and physical worlds', Siemens Industry Software NV.
    • Van Genechten, B., Kucukcoskun, K., Zarri, A., and Schram, C., 'Urban noise footprint of a multicopter drone', Siemens Digital Industries Software.
    • Van hoorickx, C., and Reynders, E., 'A general approach to evaluate the coupling strength for statistical energy analysis', KU Leuven.
    • van Ophem, S., Forrier, B., Bizzarri, D., Atak, O., Garcia de Miguel, A., Elkafafy, M., Dal Borgo, M., Tamarozzi, T., Alvarez Blanco, M., Janssens, K., and Pluymers, B., 'Physics-based virtual acoustic sensing for enhanced direct field acoustic excitation testing', KU Leuven.
    • Vancauwenbergh, L., Vandepitte, D., Moens, D., Noël, J.-P., Vanneste, G., Claessens, S., and Vercruijsse, P., 'A cutter suction dredger in hard rock digital twin approach using the wavelet transform', KU Leuven.
    • Vanpaemel, S., Vermaut, M., Desmet, W., and Naets, F., 'Applying fully-coupled structural topology optimization for vibration reduction in high-dynamic mechatronic systems', KU Leuven.
    • Vastiau, J., Van hoorickx, C., and Reynders, E., 'Impact sound insulation prediction of finite layered floors with a modal transfer matrix method and a detailed source model', KU Leuven.
    • Vettori, S., Machete Gomes, G., Di Lorenzo, E., Peeters, B., and Chatzi, E., 'Influence of the input model for virtual sensing of wind turbine blades', Siemens Digital Industries Software.
    • Witteveen, W., and Koller, L., 'Frf based iterative coupling of a numerical and experimental mechanical system with moderate nonlinearities', FH OÖ F&E GesmbH.
    • Wu, J., Chinesta, F., Tourbier, Y., and Mordillat, P., 'Model order reduction for efficient optimization and analysis on vehicle acoustics', Ecole Nationale d'Art et Métier / Groupe Renault.
    • Wu, S., Dazel, O., and Legrain, G., 'Generalized computational framework based on x-fem for thin films in time-harmonic problems: formulation, validation and application', École Centrale de Nantes.
    • Xu, D., Häußler, M., and Zimmermann, M., 'Computing component requirements for multiple connected transfer paths of structural borne noise', Technical University of Munich.
    • Zanarini, A., 'On the approximation of sound radiation by means of experiment-based optical full-field receptances', University of Bologna.
    • Zarnekow, M., Ihlenburg, F., and Grätsch, T., 'Computational simulation of noise emission from wind turbine gearboxes: fe modeling and validation with measurements', HAW Hamburg.
    • Zhang, S., Devriendt, H., and Van Belle, L., 'Parametric reduced-order modelling of bolted joints for efficient evaluation of pretension and frictional coefficient changes', KU Leuven.

    Passive and active NVH control solutions

    • Adhikari, S., 'Enhanced passive vibration control using damping amplifiers', The University of Glasgow.
    • Aimakov, N., Tanner, G., and Chronopoulos, D., 'Elastic wave energy propagation induced by phase-correlated sources', University of Nottingham.
    • Alujević, N., Arandia-Krešić, S., Jalšić, M., and Ćatipović, I., 'Two active metamaterial cells for nonreciprocal vibration transmission', University of Zagreb.
    • Alves Pires, F., Wandel, M., Thomas, C., Deckers, E., and Claeys, C., 'Improve sound transmission loss of an aircraft’s lining panel by the use of locally resonant metamaterials', KU Leuven.
    • Antonelli, M. G. E., Brunetti, J., D'Ambrogio, W., Fregolent, A., and Latini, F., 'Multi-physics modeling of an active seat suspension with pneumatic or hydraulic actuation', Università dell'Aquila.
    • Arruda, J. R. F., 'Manipulating elastic waves aiming at reducing vibration and noise: band gaps, metamaterials, and topological modes', University of Campinas.
    • Astarloa, A., Sanz-Calle, M., Munoa, J., Pena-Barrio, J., Aguirre, G., Fernandes, M. H., López de Lacalle, L. N., and Dombovari, Z., 'Enhancement of cutting capacity of slender turning tools by means of mode coupling between tools', IDEKO.
    • Aulitto, A., Cierco Molins, E., Åbom, M., Kohrs, T., Lopez Arteaga, I., and Passato, D., 'Noise control in hvac systems with ultra-thin low-frequency (utlf) absorbers', Eindhoven University of Technology.
    • Austin, B., and Cheer, J., 'Design of a multi-material acoustic black hole with material interface shape optimisation', University of Southampton.
    • Bejar, F., Perret-Liaudet, J., Bareille, O., Ichchou, M., and Fontana, M., 'Influence of various gear blank geometry configurations on the dynamic response of a transmission system', Ecole Centrale de Lyon.
    • Beli, D., Rosa, M. I. N., De Marqui Jr., C., and Ruzzene, M., 'High-order wave directionality and topological valley modes in elastic quasicrystals', University of São Paulo (USP).
    • Berkhoff, A., and Haasjes, R., 'Active noise control using a modified filtered-error algorithm with frequency domain decoupling', University of Twente.
    • Casagrande, D. E., and Gardonio, P., 'Vibration control with self-tuning vibration absorbers employing extremum seeking algorithm', Universidad de O'Higgins.
    • Chabrier, R., Roberjot, J., Foltete, E., Chevallier, G., and Sadoulet-Reboul, E., 'Numerical and experimental investigations of a vibro-impact based strategy to mitigate the vibrations of flexible structures', FEMTO-ST.
    • Chatziathanasiou, G., Chrysochoidis, N., and Saravanos, D., 'Vibration suppression of large flexible structures subjected to multiple tonal excitations via a semi-active shunted piezoelectric tuned mass damper', University of Patras.
    • da Silva, D. M. D., 'Magneto rheological damper semi active system in automotive suspension', Universidade de Brasília UnB.
    • De Bie, F., Denayer, H., Claeys, C., and Deckers, E., 'Quarter-wavelength acoustic metamaterials: accounting for manufacturing aspects', KU Leuven.
    • De Maeyer, J., Heylen, F., De Munter, W., and Vandepitte, D., 'Dynamic disturbance rejection on high-accuracy smallsat spacecraft instruments', KU Leuven.
    • Dedoncker, S., Donner, C., Taenzer, L., and Van Damme, B., 'Vibration suppression via optimal design and positioning of resonant structures', Empa.
    • Dekemele, K., Habib, G., and Loccufier, M., 'Vibration mitigation with a nonlinear energy sink having periodically extended stiffness', Ghent University.
    • Deutzer, M., Franke, T., Bartz, R., and Hoffmann, N., 'Frequency assignments of single component eigenmodes through structural modifications based on a novel approach for brake squeal suppression', Volkswagen AG.
    • D'Imperio, S., Gastaldi, C., Berruti, T. M., and Soccio, P., 'Design of a dynamic damper for a high-precision computer numerical control machine', Politecnico di Torino.
    • Farzannasab, M., and Ghandchi Tehrani, M., 'Active vibration control experiments of an electromagnetic beam by the receptance method', Groningen University.
    • Fernandes, M. B. R., Sales, T. d. P., and Rade, D. A., 'Flexural wave propagation in metamaterial beams with beam-type resonators and eddy current damping', Aeronautics Institute of Technology.
    • Ghandchi Tehrani, M., 'Active vibration control of a nonlinear system by minimising eigenvalue sensitivities using the receptance method', University of Groningen.
    • Giacomo, D., Proner, E., and Mucchi, E., 'Accelerated random fatigue testing by means of a tri-axial electrodynamic shaker: solutions for combing the multiple test specifications', University of Ferrara.
    • Giacoppo, L., Boldrini, M., Carcaterra, A., Pepe, G., and Majorana, E., 'Vibration control of opto-mechanical resonators in the context of the virgo experiments', Università degli Studi di Roma "La Sapienza".
    • Giannini, D., Schevenels, M., and Reynders, E., 'Multi-modal locally resonant metamaterials for orthotropic structures', KU Leuven.
    • Jamshidi, R., Paknejad, A., Pathak, S., Piron, D., and Collette, C., 'Active damping of bladed structures of high modal density using piezoelectric patches', University of Liege.
    • Jonckheere, S., Cardenuto, J., van Putten, T., Bériot, H., and Deckers, E., 'Efficient auralization of vibro-acoustic systems with trim package variations', Siemens Industry Software.
    • Juchem, J., and Loccufier, M., 'Imitating a tuned vibration absorber with an euler-lagrange controller: comparison of the limitations due to different stability proofs', UGent.
    • Kleine-Wächter, L., Mao, H., Rumpler, R., and Müller, G., 'Numerical study of kelvin cells for the design of periodic lattice metamaterials', Techical University of Munich/ KTH Royal Institute of Technology.
    • Konda Rodrigues, G., Gardonio, P., Dal Bo, L., and Turco, E., 'Self-tuning vibration control units using piezoelectric patches and rlc shunts set to maximise electric power absorption', Università degli Studi di Udine.
    • Lundberg, E., Mao, H., Gaborit, M., Rumpler, R., Semeniuk, B. P., and Göransson, P., 'Tuning sound transmission loss for multilayer panels with anisotropic porous material', KTH Royal Institute of Technology, Dept Technical Mechanics, MWL.
    • Manayil Santhosh, B., and Yuan, J., 'Flutter mitigation of turbofan fan blades using viscoelastic patches', University of Strathclyde.
    • McCloskey, A., Guiral, A., Iriondo, J., and Galfarsoro, U., 'Noise attenuation prediction and analysis in rectangular lined ducts', Mondragon Unibertsitatea.
    • Mesbahi, S., Milana, S., Culla, A., Pepe, G., Roveri, N., and Carcaterra, A., 'Pwm control of semi-active dampers', University of Rome, La Sapienza.
    • Mikułowski, G., 'Switching stiffness approach on a semi-active pneumatic actuator dedicated to vibration isolation', IPPT PAN.
    • Mokrani, B., 'Active vibration isolation with positive position feedback', ASML.
    • Opiela, K. C., Zieliński, T. G., and Attenborough, K., 'Predicting sound absorption in additively manufactured micro-porous labyrinthine structures', Institute of Fundamental Technological Research, Polish Academy of Sciences.
    • Ozsoy, M., Sims, N. D., and Ozturk, E., 'Improving chatter stability of flexible structure milling in robotic assisted machining', The University of Sheffield.
    • Pavic, G., 'Vibration isolation: energy versus conventional strategies', INSA Lyon.
    • Pena-Barrio, J., Astarloa, A., Fernandes, M. H., Mancisidor, I., Dombovari, Z., Muñoa, J., and Aguirre, G., 'Two degree of freedom tmd to enhance the cutting capacity and robustness of slender boring bars', Ideko.
    • Pike, X., and Cheer, J., 'Machine learning for feedforward active vibration control of a nonlinear two-degree-of-freedom system', ISVR - Southampton University.
    • Remond, D., Chesne, S., and Paillot, G., 'Mitigation of torsional vibrations and rotational irregularities in an automotive crankshaft application', LaMCoS INSA.
    • Ribeiro, L. H. M. S., and Arruda, J. R. d. F., 'Design and test of a periodic nbr-steel frame structure considering manufacturing variability', University of Campinas.
    • Rothe, S., Hoffmann, S., and Langer, S. C., 'Efficient placement of damping patches based on an identification criterion', TU Braunschweig.
    • Rouleau, L., Lossouarn, B., and Deü, J.-F., 'Efficient design of viscoelastic damping treatments', Conservatoire national des arts et métiers.
    • Rustighi, E., Cignolini, N., and Gardonio, P., 'Vibration response of tuneable structured fabrics', Universita di Trento.
    • Sadoulet-Reboul, E., Bachy, E., Jaboviste, K., and Chevallier, G., 'Performance and robustness of a 3d metabsorber', UFC - FEMTO ST.
    • Schimidt, C. S., De Oliveira, L. P. R., and Junior, C. D. M., 'Broadening noise reduction via graded smart metamaterials', Universidade de São Paulo.
    • Semeniuk, B. P., and Göransson, P., 'A constitutive model for the acoustics of packed spheres and particles', KTH Royal Institute of Technology.
    • Sider, A., Dehaeze, T., Watchi, J., Lakkis, M. H., Jamshidi, R., Amorosi, A., Amez-Dro, L., Teloi, M., and Collette, C., 'Compact isolation of a large mirror at low frequency', University of Liege.
    • Taylor, C., DeClerck, J., Blough, J., and VanKarsen, C., 'Designing, building and validating adjustable tuned absorbers', Michigan Technological Universit.
    • Teoh, J. Q., Ghandchi Tehrani, M., Ferguson, N., and Elliott, S., 'Investigation of robustness on pole-placement by the receptance method', University of Southampton.
    • Trinh, V. H., Guilleminot, J., Perrot, C., and Vu, V. D., 'Learning acoustic responses from experiments: a multiscale-informed transfer learning approach', Gustave Eiffel University.
    • Van Belle, L., Igea, F., Claeys, C., Deckers, E., and Cicirello, A., 'Performance bounds prediction of the vibration attenuation in locally resonant metamaterial beams due to uncertain resonator parameters', KU Leuven.
    • Van Damme, B., Manunta, C., Weber, R., Spierings, A., and Bergamini, A., 'Tunable dynamic stiffness of truss structures with embedded resonant piezo shunts', Empa.
    • Wilkinson, A., Dauchez, N., and Rachik, M., 'Characterization and modelling of the radiation of automotive engine encapsulation materials', Université de Technologie de Compiègne.
    • Zhang, Z., Denayer, H., Claeys, C., and Deckers, E., 'A fourier decomposition model for sound transmission and reflection through locally reacting periodic structures', KU Leuven.
    • Zhao, G., Qiao, M., Zhang, Z., Yi, Z., and Lian, J., 'Active vibration damping using force feedback for multimodal vibration mitigation', Sun Yat-sen University.
    • Zielinski, T. G., Dauchez, N., Boutin, T., Chevillotte, F., Bécot, F.-X., and Venegas, R., '3d printed axisymmetric sound absorber with double porosity', Institute of Fundamental Technological Research, Polish Academy of Sciences.

    Uncertainty in structural dynamics

    • AlQahtani, N. A., Rogers, T. J., and Sims, N. D., 'Feedback control of flexible systems using bayesian filtering', The University of Sheffield.
    • Ascia, P., Burmberger, L., Daub, M., and Duddeck, F., 'A finite element model of component solution space for early stage design uncertainties', Technische Universität München.
    • Barzanooni, R., van Mierlo, C., Pabst, M., Boegle, C., Faes, M. G. R., Moens, D., and Duddeck, F., 'Evaluation of uncertain boundary conditions for analysis of structural components with respect to crashworthiness', Technical University of Munich.
    • Berghuis, M. W., and Rosic, B., 'Bayesian multi-scale analysis', University of Twente.
    • Bonnet-Eymard, D., Faes, M. G. R., and Moens, D., 'Physics informed neural network as surrogate model to quantify the uncertainty of the elastic response of a material', KU Leuven.
    • Bull, L. A., Rogers, T. J., and Girolami, M., 'Mixed effects state-space models across populations of dynamic systems', The Alan Turing Institute.
    • Callens, R., Moens, D., and Faes, M. G. R., 'Multilevel quasi-monte carlo for interval analysis in structural dynamics', KU Leuven.
    • Cara, J., 'Bootstrapping state space models for operational modal analysis', Universidad Politécnica de Madrid.
    • Chatterjee, T., Adhikari, S., Friswell, M. I., and Khodaparast, H. H., 'Non-parametric stochastic reduced-order modelling of built-up structures', College of Engineering, Swansea University.
    • Cicirello, A., Van Belle, L., Igea, F., and Deckers, E., 'A machine learning optimization approach for the assessment of the robustness of a design solution with application to vibration mitigation solutions', TU Delft.
    • Colella, G., Lange, V. A., and Duddeck, F., 'Transfer learning for metamodel construction to enable uncertainty quantifications in crash design based on scarce data availability', BMW AG.
    • Dodt, M. B., Persoons, A., Faes, M. G. R., and Moens, D., 'Active learning in grey-box models for near-real-time online monitoring of dynamic processes', KU Leuven.
    • Ercan, T., and Papadimitriou, C., 'Optimal experimental design for dynamic systems accounting for modelling and input uncertainties', University of Thessaly.
    • Faes, M. G., Rogers, T., Moens, D., Valdebenito, M., and Worden, K., 'Bounds on the reliability of stochastic non-linear oscillators under epistemic uncertainty', Technische Universität Dortmund.
    • Faes, M. G., Fina, M., Lauff, C., Valdebenito, M. A., Wagner, W., and Freitag, S., 'Bounding the first excursion probability of stochastic oscillators under randomness and imprecision', Technische Universität Dortmund.
    • He, K., and Bi, S., 'An inverse model updating procedure using the artificial intelligence technologies towards nasa uq challenge 2019', Beijing institution of technology.
    • Isnardi, I., Menga, E., Mottershead, J. E., and Fichera, S., 'Stochastic framework for model updating and application to an aircraft component', University of Liverpool.
    • Jones, M. R., Rogers, T. J., Worden, K., and Cross, E. J., 'Enhanced uncertainty quantification for acoustic emission localisation', University of Sheffield.
    • Könecke, T., Hose, D., Frie, L., Hanss, M., and Eberhard, P., 'Analysis of mixed uncertainty through possibilistic inference by using error estimation of reduced order surrogate models', University of Stuttgart.
    • Langley, R. S., 'The statistics of frequency response functions in built-up structures', University of Cambridge.
    • Longbottom, J. D., Cross, E. J., and Rogers, T. J., 'Probabilistic numerical integration and sequential monte carlo for online identification of nonlinear dynamic systems', University of Sheffield.
    • Ludwig, C., Loukrezis, D., and Boschert, S., 'Democratization of uq', Siemens AG.
    • Miah, M. S., and Lienhart, W., 'Unscented kalman filter to deal with exaggerated states and parameters uncertainties', Graz University of Technology (TU Graz).
    • Nespoulous, J., Soize, C., Funfschilling, C., and Perrin, G., 'Uncertainty quantification and bayesian inference for modeling high-speed train dynamics and energy consumption', Université Gustave Eiffel.
    • O'Connell, B. J., Cross, E. J., Tygesen, U. T., and Rogers, T. J., 'Bayesian canonical correlations for stochastic subspace identification', The University of Sheffield.
    • Pandey, P., Khodaparast, H. H., Chatterjee, T., Friswell, M. I., and Deighan, T., 'Model selection and identification of structural joints using machine learning', Swansea University.
    • Persoons, A., Wei, P., Lars, B., David, M., Broggi, M., and Beer, M., 'A new scheme combining adaptive kriging with adaptative variance-reduction using gaussian mixture importance sampling', KU Leuven.
    • Pinto, V., Battiato, G., Firrone, C. M., and Botto, D., 'Interface reduction for sector and contact mistuning at blade root joints in bladed disks and experimental validation', Politecnico di Torino.
    • Schmidt, H., Käß, M., Hülsebrock, M., and Lichtinger, R., 'Uncertainty quantification of stiffness and damping properties of adhesive joints on printed circuit boards', TU Darmstadt.
    • Schneider, F., Papaioannou, I., Straub, D., and Müller, G., 'Sparse bayesian rational approximation for uncertainty quantification of structural dynamic models', Technical University of Munich.
    • Singleton, L., Cheer, J., and Daley, S., 'A locally resonant elastic metamaterial utilising multi-material additive manufacturing', University of Southampton.
    • Stefanou, G., Savvas, D., Gavallas, P., and Papaioannou, I., 'Response statistics of composite structures with stochastic material properties based on microstructure', Aristotle University of Thessaloniki.
    • Steffensen, M. T., Thomsen, J. J., and Tcherniak, D., 'Bayesian uncertainty quantification in the unified matrix polynomial approach', Technical University of Denmark.
    • Van Bavel, B., 'A multi-scale spatial uncertainty quantification approach for the burst failure of composite pressure vessels', KU Leuven.
    • van Dijk, W., Hakvoort, W. B. J., and Rosic, B., 'Bayesian updating for non-linear dynamics problems using machine learning', University of Twente.
    • Wilson, J. S., Gardner, P., Manson, G., and Barthorpe, R. J., 'The role of features in a hierarchical modelling strategy for forward model-driven structural health monitoring', The University of Sheffield.
    • Wolfsteiner, P., and Trapp, A., 'Random vibration fatigue using the fatigue damage spectrum and an approximated load spectrum', Munich University of Applied Sciences.
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