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ISMA2002 Conference : Program
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Presented papers
Large scale experiments for vibration control and
vulnerability assessment of bridges at the ELSA laboratory
Gérardin M., ELSA, Italy
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Progress in automotive NVH field
Réveillé J.-M., Renault, France
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Active noise control in agricultural machines
Pinte G., Gulyas K., Desmet W., Sas P., KULeuven-PMA, Belgium ;
Augusztinovicz F., Budapest University of Technology and Economics,
Hungary
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Finite element based computation of low-order
parametric design models for Hinf-Control of sound transmission
through a plate into a cavity
Deuble F., Hofmann C., Kröplin B., University Stuttgart,
Germany
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Design of an active exhaust attenuating valve for
internal combustion engines
Boonen R., Sas P., KULeuven-PMA, Belgium
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Smart panels for active structural acoustic
control
Gardonio P., Elliot S., University of Southalpton,ISVR, UK
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Linear control of car suspension using nonlinear
actuator control
Lauwerys C., Swevers J., Sas P., KULeuven PMA, Belgium
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Vehicle suspension characterisation by using road
simulation on a 4 poster test rig
Vanhees G., Maes M., Tenneco Automotive Europe NV, Belgium
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Semi-active control using MR fluids
Carlson D., Lord Corporation, USA
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A soft-actuator active hexapod for the purpose of
vibration isolation
Abu Hanieh A., Horodinca M., Preumont A., ULB, Belgium
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Application of smart control suspension system
based on soft computing to a passenger car
Hagiwara T., Panfilov S., Takahashi K., Yamaha Motor Co. Ltd,
Japan ; Diamante O., ST Microelectrics
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Tracking control of flexible rods
Halevi Y., Technion, Israël
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Robust controller synthesis vs. integral force
feedback with collocation for active damping of flexible structures
(ID 177)
Ehmann C., Schoenhoff U., Nordmann R., Darmstadt University of
Technology, Germany
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Optimal controller design in smart structures
Abreu G., Ribeiro J., Federial University of Uberlândia,
Brazil
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The development of a vibration absorbing
isolator
Du Plooy N.F., Heys P.S., University of Pretoria, South
Africa
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Numerical and experimental evaluation of an active
dynamic vibration absorber
Cunha Jr.S.S, Rade D.A., Federal University of Uberlândia,
Brasil
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Failure effects on shunted piezo devices
Agneni A., Balis Crema L., Schirone L., Università di Roma,
Italy
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Vibration damping with piezoelectric actuator
system
Palis F., Heller D., Sokolev S.,
Otto-von-Guericke-Universität Magdeburg, Germany
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Analytical and FEM-investigations with
experimental validation of a PZT-actuated vibrating beam and its
sound radiation
Nguyen C.H., Pietrzko S.J., EMPA, Switzerland
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Dynamics of rotating piezoelectric fiber composite
beams
Brockmann T., Lammering R., University of the Federal Armed
Forces Hamburg, Germany
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Spatial filtering with piezo film sensors
François A., De Man P., Piefort V., Preumont A., ULB,
Belgium
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A CFRP plate with piezo-electric actuators and
sensors as self-diagnosing intelligent structure
Fritzen C.-P., Mengelkamp G., Guemes A., University of Siegen,
Germany
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Bounded output feedback systems for mechanical
vibration control
Luyckx L., Loccufier M., Noldus E., Universiteit Gent,
Belgium
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MIMO H2 optimal feedback controller estimation for
a vibrating plate using subspace model identification
Fraanje R., Verhaegen M., University Twente , The Netherlands ;
Doelman N., Berkhoff A., TNO Delft, The Netherlands
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A design methodology of intelligent hybrid
controllers applied to the active vibrations control of cantilever
beam
Teixeira R., Ribeiro J., Universidade Federal de
Uberlândia, Brasil
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H2 and Hinf - norm control of intelligent
structures using LMI techniques
Paupitz Gonçalves P., Lopes Junior V., Assunçao E.,
UNESP, Brasil
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Lighthill approach applied to industrial
problems
El Hachemi Z., Deguand S., Hallez R., Piccirillo M., Tournour
M., LMS international, Belgium ; Montavon C., Jones I., AEA
Technology, CFX International, UK ; Tremblay F., TUM, Germany
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Aeroacoustic computation of an open cavity flow
using a coupled LES/LEE approach
Wang Z.-K. , Tilford T., Djambazov G.S., Lai C.-H., Pericleous
K.A., University of Greenwich, UK
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Blast wave at ignition of the rocket engines
Varnier J., ONERA, France
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Simplified models of flue instruments : acoustics
and mouth geometry
Dequand S., LMS International, Belgium
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Sound produced by vortex pairing in a forced
subsonic axisymmetric jet using particle image velocimetry and
vortex sound theory
Schram C., Romera G., Riethmuller M.L., von Karman Institute for
Fluid Dynamics, Belgium ; Hirschberg A., Riethmuller M.L.,
Eindhoven University of Technology, The Netherlands
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Analysing sound wave propagation in fluid-filled
viscoelastic pipes using wavelet transform
Prek M., University Ljubljana, Slovenia
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Investigation of interactions between flexible
labyrinth-seal structures and instationary pressure-field in
compressible flow
Schuck G., Nordmann R., Darmstadt University of Technology,
Germany
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Experimental investigation of aeolian tone
generated from swept flat plate
Hayashi H., Sasaki S., Kodama Y.,Fukano T., Nagasaki University,
Japan
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The influence of safety grating in the noise of
cross flow fan
Chou Y.W., Jeng M.S., Fanghei T., Industrial Research Institute,
Taiwan
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Flow-induced vibration of a Y-shaped tube
conveying fluid
Al-Maaitah A., Mutah University, Jordan ; Kardsheh K., Jordan
University for Science and Technology, Jordan
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Sensor validation for smart structures under
general fault conditions
Abdelghani M., Friswell M., University of Wales Swansea, UK
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Modelling of acousto-ultrasonic wave interaction
with defects in metallic structures
Staszewski W.J., Lee B.C., University of Sheffield, UK
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Subspace angles for fault detection
De Cock K., De Moor B., KULeuven-ESAT, Belgium
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European COST Action F3 on structural dynamics:
Working Group 2: Benchmarks for structural health monitoring
Worden K., University of Sheffield, UK ; Molina F.J., ELSA,
Italy ; Pascual R., Golinval J.-C., ULG, Belgium ; Maeck J., De
Roeck G., KULeuven, Belgium
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Nonlinear arx (NARX) based identification and
fault detection in a 2 DOF system with cubic stiffness
Sakellariou J.S., Fassois S.D., University of Patras, Greece
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Vibrations of steel-concrete composite beams with
damaged connection
Morassi A., University of Udine, Italy
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Changes in modal parameters during fatigue tests
of turbine blades
Bilosova A., Ondrouch J., Bilos J., Technical University of
Ostrava, Czech Republic
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Past, Present and Future Passive Material Damping
Technologies - a brief overview
Tomlinson G., University of Sheffield, UK
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Model of rubber deformation
Saad P., Thouverez F., Laîné J.P., Jezequel L., Ecole
Centrole de Lyon, France
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Damping degradation associated with discontinious
coatings and possible solutions
House J., Qinetiq, UK
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A new adaptive squeeze film damper : a feasibility
study
Assis Rodrigues F., Thouverez F., Jezequel L., Ecole Centrale de
Lyon, France
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Improving the MSE method prediction through a
weighted damping IRS technique
Scarpa F., Landi F., Rongong J., Tomlinson G., University of
Sheffield, UK
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Shunting macro-fiber composite actuator for
structural damping
Adachi K., Park G., Inman D., Virginia Polytechnic Institute and
State University, USA
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Models of friction damping with variable normal
load for time-domain analysis of vibrations
Petrov E., Ewins D., Imperial College, UK
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Vibration damping using granular viscoelastic
materials
Rongong J., Tomlinson G., University of Sheffield, UK
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Optimal design of damping material distribution in
dynamically excited panels
Bandini M., Governi L., Pierini M., Università di Firenze,
Italy
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The use of a non-contact acoustic excitation array
for the estimation of damping in aircraft panels
Platten M., Wright J., Cooper J., Manchester University, UK
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Tools for viscoelastic damping treatment design -
Application to an automotive floor panel
Balmès E., SDTools and Ecole Centrale Paris, France ;
Germès S., PSA, France
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Parametric identification of non-linear
rheological models of an internal dissipation layer in mechanical
systems
Pesek L., Vesely J., Institute of Thermomechanics AS CR, ,Czech
Republic
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Measurement technique to determine modal
parameters of friction induced resonance
Nuij P.W., Eindhoven University of Technology, The
Netherlands
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Modelling of vibration damping in pneumatic tyres:
appropriate interpretation of complex modes
Geng Z., Popov A., University of Nothingham, UK ; Cole D.,
University of Cambridge, UK
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Nonlinearity study of particle dampers
Liu W., Tomlinson G., Worden K., University Sheffield, UK
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Development of virtual vibration simulator under
operating condition using scaled model
Okubo N., Arikawa Y., Toi T., Chuo University, Japan
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Multiple-input-multiple-output random vibration
control : theory and practice
Peeters B., Debille J., LMS international, Belgium
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Load cycle reduction for metal fatigue testing
Vanlanduit S., Guillaume P., VUB, Belgium
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Decoupling feedback control for improved
multivariable vibration test rig tracking
Vaes D., Souverijns W. Swevers J, Sas P., KULeuven-PMA, Belgium
; De Cuyper J., LMS International, Belgium
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Uncertainty propagation through a simple nonlinear
system
Lord T., Worden K., University of Sheffield, UK
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Dynamic study of the Vasco de Gama bridge
Peeters B., LMS International, Belgium ; De Roeck G., KULeuven,
Belgium ; Caetano E., Cunha A., University of Porto, Portugal
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Experimental study of bridge structure dynamic
characteristics using periodic excitation
Bien J., Krzyzanowski J., Poprawski W., Skoczynski W.,
Szymkowski J., Wroclaw University of Technology, Poland
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Forces generated when bouncing or jumping on a
flexible structure
Yao S., Wright J., University of Manchester, UK ; Pavic A.,
Reynolds P., University of Sheffield, UK
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Dynamic analysis using Arnoldi vectors
Rades M., Universitatea Poitehnica Bucuresti, Romania
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Deflating second order systems
Garvey S., Friswell M., Prells, University of Nottingham, UK
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Modal energy identification of large FE
structures
von Mach A., Kalinski K., vMACH Engineering GmbH, Germany
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Acceleration of interative dynamic condensation
for eigensolutions of structures
Xia Y., Lin R., Nanyang Technological University, Singapore
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Simplified modelling of rotor cracks
Penny J., Aston University, UK ; Friswell M., University of
Wales Swansea, UK
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Integration of NVH testing: a case study on a
spatial structure
Mergeay M., m+p International, Belgium ; Servaye J.-S., Centre
Spatial de Liege, Belgium
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Dynamic allocation of master degrees of freedom in
modelling rapid transients in complex structures
Williams E., Garvey S., University of Nottingham, UK ; McMillian
A.J., Rolls-Royce plc., UK
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The effect of geometric imperfections on the
vibrations of anisotropic cylindrical shells
Jansen E.L., Delft University of Technology, The Netherlands
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Structural identification using a combination of
subspace analysis and block sum transformation
Maertens M., Kamarys D., Waller H., Continental AG, Germany
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Development and applications of a Smart 6-DOF load
cell
Declercq S., Lazor D., Brown D., University of Cincinnati,
USA
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XVI-A Novel multipoint laser doppler
vibrometer
Cupido E., Smith D., Morel S., Image Automation Ltd, UK
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A low cost wireless multi-channel measurement
system for strain gauges
Bielen P., Lossie M., Vandepitte D., KULeuven-PMA, Belgium
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Remote modal testing using VitalNet
Brown D., Philips A., University of Cincinnati, USA
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Implementation of an integrated virtual
instruments environment for acoustic measurements
Touhafi A., Braeckman G., Raadschelders M., Erasmus Hogeschool
Brussel, Belgium
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Validation of the resonanalyser method : an
inverse method for material identification
Sol H., Shi Y., VUB-MEMC, Belgium ; Roebben G., KULeuven-MTM,
Belgium ; Heylen W., Lauwagie T., KULeuven-PMA, Belgium
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Identification of distributed material properties
using measured modal data
Sol H., Guillaume P., VUB-MEMC, Belgium ; Lauwagie T.,
KULeuven-PMA, Belgium
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Vibration analysis at (ultra-)high temperatures
for materials characterization
Roebben G., Van Humbeeck J., Van der Biest O., KULeuven-MTM,
Belgium
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Damage identification in beams using inverse
methods
Lauwagie T., KULeuven-PMA, Belgium ; Sol H., VUB-MEMC, Belgium ;
Dascotte E., NV. DDS, Belgium
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Guide for potential users of SEA
Fahy F., ISVR, UK
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Predective SEA and anisotropic panels
Heron K., Qinetiq, UK
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Towards an a priori estimate of statistical energy
analysis reliability
Culla A., Montanari A., Sestieri A., University of Rome "La
Sapienza", Italy
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The dependence of SEA paramenters on modal
overlap
Mace B., ISVR, University of Southampton, UK
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Panel Discussion on SEA
Fahy F., ISVR, UK ; Heron K., QinetiQ, UK
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SEA modelling of a high speed train window
Baldanzini N., Pierini M., Scippa A., Universita di Firenze,
Italy
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A second-order vibroacoustic energy equation and
its applications
Sui F., Ichchou N., Jezequel L., Ecole Centrale de Lyon,
France
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A model for transmission loss calculations for
floor and wall constructions of railway carbodies
Backström D. , Orrenius U., Bombardier Transportation,
Sweden
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Development of a simulation tool for internal and
external noise caused by rail bound vehicles
Ratka A., Schneider N., LogoMotive GmbH, Germany
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The estimation of wavenumbers in two-dimensional
structures
Ferguson N., Halkyard C., Mace B., Heron K., University of
Southampton,ISVR, UK
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Plate vibration by complex envelope
vectorization
Carcaterra A. , Sestieri A., Univeristy of Roma La Sapienza,
Italy
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High performance implementation and conceptual
development of the wave based method for steady-state dynamic
analysis of acoustic problems
Van Hal B., Desmet W., Sas P., K.U.Leuven-PMA, Belgium ;
Hepberger A., Priebsch H., Acoustic Competence Center GmbH,
Austria
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Sensitivity and variance analysis of statistical
energy analysis solution
Culla A., Iwaniec M., University of Rome "La Sapienza",
Italy
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Mid-frequency Vibro-acoustic Modelling: challenges
and potential solutions
Desmet W., KULeuven, Belgium
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A power mode approach for estimating power
transmission between a stiff source and a flexible receiver
Ji L., Mace B., Pinnington R.J., ISVR, UK
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A coupled partition of unity - element-free
galerkin method for 2D vibro-acoustics
De Bel E., Bouillard P., ULB, Belgique
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Application of the wave based method for the
steady-state acoustic response prediction of a car cavity in the
mid-frequency range
Hepberger A., Priebsch H.H., Acoustic Competence Center GmbH,
Austria ; Desmet W., van Hal B., Pluymers B., Sas P., KULeuven,
Belgium
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3D acoustic analysis using an iterative multilevel
meshless method
Lacroix V., Bouillard Ph., ULB, Belgique
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Application of the wave based prediction technique
for the analysis of the coupled vibro-acoustic behaviour of a 3D
cavity
Pluymers B., Desmet W., Vandepitte D., Sas P., K.U.Leuven-PMA,
Belgium
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Vibrations and acoustic noise reduction in A.C.
electrical drives. Use of analytical and experimental modal
techniques.
Hubert A., T.U. Braunschweig, Germany ; Friedrich G., U.T.C.,
France
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The effects of armature rotation on data quality
in base driven shaker testing
Varoto P.S., de Oliveira L., University of Sao Paulo, Brazil
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Optimal parameters for experimental dynamic
testing
Bregant L., Pestelli C., Università di Trieste, Italy
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Modal test accuracy : a collective appraoch to
minimizing input/output transduction errors and reducing setup
time
Gatzwiller K., B&K, Denmark
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HHT and a new method for removing white noise
Qin S.,Tang B., Zhong Y., Chongqing University, China
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Analytical and experimental modal analysis of a
silicon microstructure
Arruda J., Pavannello R., Saraiva Ferreira L., Universidade de
Campinas, Brazil
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Excitation design for FRF measurements in the
presence of nonlinear distortions
Schoukens J., VUB, Belgium ; Swevers J., KULeuven, Belgium ;
Pintelon R., VUB, Belgium ; Van der Auweraer H., Lms International,
Belgium
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H_alfa - A new and consistent frequency response
function estimator
Antoni J., Sidahmed M., Université de Technologie de
Compiègne, France
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A modal based approach to assess dynamic behaviour
of structural alternatives in machinery
Vecchio A., Stenti A., LMS International, Belgium ; Scionti M.,
Catania University, Italy
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A novel updating technique for large finite
element models
Bregant L., Di Prampero A., Università di Trieste,
Italy
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Global optimization in FEM updating by Coupled
Local Minimizers
Teughels A., De Roeck G., Suykens J., KULeuven, Belgium
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Effects of time truncation in updating methods
based on FRF data
Agneni A., Coppotelli G., Università di Roma, Italy
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Generation of validated structural dynamic
models-Results of a Benchmark study utilizing the GARTEUR SM-AG19
testbed
Link M., University of Kassel, germany ; Friswell M., University
of Wales Swansea, UK
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A connecting stiffness optimization procedure to
update finite element models of assembled structures
Zanarini A., University of Bologna, Italy ; Sas P.,
KULeuven-PMA, Belgium
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Analysis of the effects of damping in model
validation
Doi R., Pereira J., Unesp, Brazil
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A robust FRF-based technique for model
updating
Pascual R., Université de Chile, Chile ; Golinval J.C.,
Université de Liège, Belgium ; Razeto M., Schalchi R.,
Université de Concepcion, Chile
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Model updating and validation of the Garteur
benchmark using resonance and antiresonance errors
D'Ambrogio W., Università de L'Aquila, Italy ; Fregolent
A., Università di Roma "La Sapienza", Italy
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Experimental insight on an updating method with
application on non-conventional wing structure
Balis Crema L., Coppotelli G., Paiella D., Università di
Roma, Italy
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Reference basis model updating with connectivity
constraints
Halevi Y.,Bucher I., Technion, Israël
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Correlation of close modes using S2MAC
D'Ambrogio W., Università de L'Aquila, Italy ; Fregolent
A., Università di Roma, Italy
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Detection and recovery of errorneous experimental
information used for a dynamic model updating
Barthe D., Deraemaeker A., Ladevèze P., Le Loch S., LMT
Cachan, France
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Numerical-experimental correlation of a stiffened
fuselage panel
Franco F., Università degli Studi di Napoli "Federico II",
Italy ; Natale C., Aurilio G., Seconda Università degli Studi
di Napoli ; Marulo F., Università degli Studi di Napoli
"Federico II", Italy
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Accurate realization of follower motions in
high-speed cam-follower mechanisms
Demeulenaere B., De Schutter J., KULeuven-PMA, Belgium
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Integrated vehicle corner modelling for ride and
handling development
Dixon A., Franco-Jorge M., Webb J., MIRA, UK
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Multibody simulation of actively controlled
carbody flexibility
Heckmann A., Vaculin O., DLR, Germany
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Tri-level acceleration profiles for dynamic
optimization of high-speed cam mechanisms
Incerti G., University of Brescia, Italy
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Numerical and experimental analysis of non linear
forced vibration of imperfect plates
Perignon F., Bellizzi S., Cochelin B., ESM2-LMA-UPR CNRS 51,
France
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ACUSCOMP and ACUSYS-A powerful hybrid linear/non
linear simulation suite to analyse pressure pulsations in
piping
Brighenti A., Pavan A., S.A.T.E. S.r.l., Italy
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Applications of frequency domain identification
methods to nonlinear systems
Garibaldi L., Marchesiello S., Politecnico di Torino, Italy
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Hammerstein-Wiener system estimator
initialization
Crama Ph, Schoukens J., VUB, Belgium
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European COST Action F3 on structural dynamics:
Working Group 3: Identification of Non-linear Systems - Activities
and results
Golinval J.-C., Kerschen G., Lenaerts V., Université de
Liège, Belgium ; Thouverez F., Ecole Centrale de Lyon, France
; Argoul P., ENPC, France
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Detection and quantification of structural
non-linearities
Wong J., Cooper J., Wright J., University of Manchester, UK
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Identification of multi-degree non-linear systems
using an extension of force appropriation
Wright J., Platten M., Cooper J., Sarmast M., University of
Manchester, UK
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Investigations on the non-linear behaviour of a
cylindrical bolted casing joint using high level base excitation
tests
Boeswald M., Link M., Meyer S., Weiland M., University of
Kassel, Germany
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Identification of MDOF nonlinear systems using
associated linear equations (ALEs) part 1: Obtaining the ALEs from
a MDOF continuous nonlinear system
Vazquez Feijoo J.A., Worden K., Stanway R., University of
Sheffield, UK
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Analysis the vibration of an asymmetric system
under an electromagnetic field
Bucher I., Feldman M., Gabay R., Technion, Israel
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Harmonic analysis of a mass subject to hysteretic
friction : experimental valadation
Symens W., Al-Bender F., Swevers J., Van Brussel H.,
KULeuven-PMA, Belgium
|
Summary and comparison overview of techniques for
the detection of non-linear distortions
Vanhoenacker K., Schoukens J., VUB, Belgium ; Swevers J., Vaes
D., KULeuven, Belgium
|
Estimating modal parameters using acoustic
excitation
Moller N., Gade S., Herlufsen H., Brüel & Kjaer,
Denmark
|
Modal parameter estimation from output-only
measurements in presence of transient phenomena
Cauberghe B., Guillaume P., Verboven P. Parloo E., VUB,
Belgium
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Application of classical and output-only modal
analysis to a laser cutting machine
Schedlinski C., ICS, Germany ; Luescher M., Luescher
Engineering, Switzerland
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Modelling of sprayer-boom motion by means of
output-only maximum likelihood identification techniques
Parloo E., Guillaume P., VUB, Belgium ; Anthonis J., KULeuven
Landbouw, Belgium ; Heylen W., Swevers J., K.U.leuven PMA,
Belgium
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Real-time modal analysis and its application for
flutter testing
Uhl T., University of Mining and Metallurgy, Poland
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Updating modal properties from response-only
measurements on a rail vehicle
Ford R., Randall R., Wardrop T., The University of New South
Wales, Australia
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Model reduction and energy analysis as a tool to
detect spurious modes
Goethals I., De Moor B., KULeuven-ESAT, Belgium
|
Numerically robust frequency domain identification
of multivariable systems
Pintelon R., Rolain Y., VUB, Belgium ; Bultheel A., Van Barel
M., K.U.Leuven, CS, Belgium
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On board fault detection and identification in
railway vehicle suspensions via a functional modal based method
Sakellariou J.S., Petsounis K.A., Fassois S.D., University of
Patras, Greece
|
Subspace system identification for mechanical
engineering
De Cock K., De Moor B., KULeuven-ESAT, Belgium ; Peeters B.,
Vecchio A., Van der Auweraer H., LMS International, Belgium
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Maximum likelihood identification of
vibro-acoustic modes using output-only measurements
De Sitter G., Guillaume P., Parloo E., VUB, Belgium
|
On the exploitation of chaos to build
reduced-order models
Kerschen G., Golinval J.-C., Université de Liège,
Belgium ; Feeny B., Michigan State University, USA
|
Aplicability of selected indicators and algorithms
for decision-making in an autonomous modal parameter estimation
procedure
Lisowski W., Kurowski P., Universityof Mining and Metallurgy
Krakow, Poland
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Identification and prediction of F-shape structure
dynamics by spatial matrix identification method
Tomatsu T., Tokyo University of Technology, Japan ; Modak S.V.,
Indian Institute of Technology, India ; Okuma M., Tokyo University
of Technology, Japan ; Kundra T.K., Indian Institute of Technology,
India
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A model for the elastodynamic analysis of external
gear pumps
Dalpiaz G., University of Ferrara, Italy ; Fernandez del Rincon
A., Universiada de Cantabria, Spain
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Comparison of analysis techniques for the dynamic
behaviour of an integrated drivetrain in a wind turbine
Peeters J., Vandepitte D., Sas P., KULeuven-PMA, Belgium
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Vibration behaviour modelling for a low-speed
gearbox
Fernandez del Rincon A., Viadero F., Cgarcia P., Sancibrian R.,
Universiada de Cantabria, Spain ; Pascual J., Global Steel Wire,
Spain
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Modelling the elastodynamic behaviour of a
desmodromic valve
Rivola A., Carlini A., DIEM-University of Bologna ; Dalpiaz G.,
University of Ferrara, Italy
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Comparison of simulation methods for
parametrically excited systems with rotating elastic
substructures
Prothmann T., Sachau D., Witfeld H., Universität der
Bundeswehr Hamburg, Germany
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Development of a multiple modes simulator of
vibrating bladed assemblies for blade tip-timing data analysis
Gallego-Garrido J., Dimitriadis G., Wright J., University of
Manchester, UK
|
Experimental estimation of simple dynamic models
of rotating equipment
Diaz S., Goncalves D., Sanjuan J., Universidad Simon Bolivar,
Venezuela
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State of the art in monitoring of rotating
machinery
Randall B., University of New South Wales, AUS
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New evaluating system of gear noise at non-integer
components of meshing frequency using gear tester
Uenishi Y., Aoyama E., Hirogaki T., Anada Y., Nakata Y.,
Diamondmatic Co.,Ltd., Japan
|
Gear vibration modeling and fault
characterization
Raad A., Antoni J., Randall B., Sidahmed M., University of
Technology of Compiegne, France
|
Parametric instability of belts: theory and
experiments
Pellicano F, Catellani G., Università di Modena e Reggio
Emilia, Italy ; Vestroni F., Fregolent A., Università di Roma,
Italy
|
Centrifugal compressor health diagnostics based on
internal noise spectrum
Petela G., NOVA Research Technology Centre, Canada ; Betz M.,
Stocklin V., Germany ; Motriuk R., TransCanada Pipeline Ltd.,
Canada
|
A fuzzy-statistical approach of defect diagnosis
using bearings vibration
Ionescu F., Stefanoiu D., FH Konstanz, Germany
|
Low cost procedure for the measurement of
torsional vibrations in rotating machines
Gomez de Leon Hijes F., Universidad de Murcia, Spain ; Merono
Perez, P., Aguirre Martinez J.L., Universidad Politecnica de
Cartagena, Spain
|
Rotating machinery failure detection using
different vibration analysis techniques
Del Castillo L., Artés M., Garcia-Prada J.C., Universidad
Nacional de Educacion a Distancia Madrid, Spain
|
Monitoring of rotational behavior on spiral bevel
gear in gear housing using transfer function
Hirogaki T., Uenishi Y., Aoyama E., Katayama T., Tange H.,
Yamada T., Nakata Y., Doshisha University, Japan
|
Estimation of cyclic cumulants by moving average.
Application to the diagnosis of rotating machinery.
Capdessus C., Sekko E., IUT de Chartres, France
|
Condition monitoring and diagnostics based on
chaos theory
Lucifredi A., Magnetto A., Silvestri P., Università di
Genova, Italy
|
Time frequency and time scale transforms, a
comparison of different tools in the vibratory analysis of the
induction motors
Caironi C., Durantay L., Gueury M., Kromer V., Alstrom Moteurs,
France
|
Not using the 2*fmax as the sampling criteria for
efficient analog to digital conversion
Lago T.L., Jonkoping University, Sweden
|
Use of artificial neural networks for automatic
data plausibility check and test data quality improvement
Vecchio A., Lanslots J., LMS International, Belgium
|
Matching signals from experiments at slightly
different speeds
Combet F., Jaussaud P., Martin N., Laboratoire des Images et des
Signaux, France ; Randall B., University of New South Wales,
Australia
|
Noise robust spark ignition engine knock detection
with redundant wavelet transform
Duval L., Corde G., Bui Tran V., Ledue P., Institut
Français du Petrole, France
|
Time frequency analysis and event detection in
noise signals
Sarris J., Dalianis S., Cambourakis G., Hammond J., National
Technical University of Athens, Greece
|
On the dynamics and modelling of a micro
electro-mechanical structure (MEMS)
Bucher I., Elka A., Technion, Israël ; Balmes E., Ecole
Centrale Paris, France
|
A structural health monitoring approach for flight
flutter testing
Verboven P., Cauberghe B., Guillaume P., VUB, Belgium
|
Neural networks based identification of model
order in modal analysis
Uhl T., Goral G., University of Mining and Metallurgy,
Poland
|
Free vibration of dual-span curved beams coupled
through elastic constraints
Riedel C.H., Kang B., Lawrence Technological University, USA
|
Dynamic behaviour analysis and optimisation of a
rotary table transfer machine
Zanarini A., Catania G., Maggiore A., Menghetti U., University
of Bologna, Italy
|
Vibration reduction of a pantograph-support system
using an impact damper (influence of curve track)
Sato T., Takase M., Kaiho N., Tokyo Denk University, Japan ;
Makino T., Hitachi Ltd., Japan ; Tanaka K., Saitama University,
Japan
|
Modal parameters extraction from in-flight
measured data for critical flutter airspeed identification
Vecchio A., Scionti M., Peeters B., Van der Auweraer H., LMS
International, Belgium
|
Requirements and opportunities for structural
testing in view of hybrid and virtual modelling
Van der Auweraer H., LMS International, Belgium
|
Assessment of structural coupling techniques using
experimental data
D'Ambrogio W., Università de L'Aquila, Italy ; Sestieri A.,
Univeristy of Roma La Sapienza, Italy
|
Identification of bolted-joint interface
models
Ahmadian H., Ebrahimi M., Iran University of Scinece &
Technology, Iran ; Mottershead J.E., University of Liverpool, UK ;
Friswell M., University of Wales, UK
|
An investigation of impedance modeling utilizing
different measurement techniques
Lazor D., Brown D., University of Cincinnati, USA
|
Distributed structural modification using local
interface model
D'Amato E., Durante F., D'Ambrogio W., Università de
L'Aquila, Italy
|
Realisation of real-time pseudo-dynamic
sub-structure testing
Bayer V., Bauhaus University Weimar, Germany ; Dorka U.,
University of Rostock, Germany ; Füllekrug U., Gschwim, J.,
DLR, Germany
|
A practical study of the identification of joint
parameters
Yang T., Yuan Ze University, Taiwan
|
Substructure coupling using equivalent generalized
quantities : A finite element method approach
Floody S., Universidad Perez Rosales, Chili
|
A vibro-acoustical investigation for car rolling
noise characterization and optimization
Avenati-Bassi F., Cifelli P., Prando F., Tinti F., Rieter
Automotive Systems, Italy
|
Transmission of noise and vibration in canopied
diesel-driven power generating sets
Gallego-Meana J., Craighead I., Univesity of Strathclyde, UK ;
Casey J., Aggreko UK Ltd Manufacturing , UK
|
Identification of external forces exciting finite
thin cylindrical baffled shell
Djamaa M., INSA of Lyon, France ; Ouelaa N., University of
Guelma, Algeria ; Pezerat C., Guyader J.L., INSA of Lyon,
France
|
Statistical - Inverse boundary element method
Márki F., Augusztinovicz F., Budapest University of
Technology and Economics, Hungary
|
Experimental sensitivity analysis for near-field
acoustic holography
Di Giuseppe A., Martarelli M., Revel G.M., Tomasini E.P.,
University of Ancona, Italy
|
On efficient reciprocal measurement of vehicle
body acoustic and vibro-acoustic transfer behavior
Van der Linden P., Proost G., Nijs G., LMS International,
Belgium
|
Source identification form noisy response
measurements using an iterative weighted pseudo-inverse
approach
Guillaume P., De Sitter G., Parloo E., VUB, Belgium
|
Acoustic holography experiments using a wavelet
preprocessing method
Thomas J.-H., Pascal J.-C., Université du Maine, France
|
Modal approaches for the time-harmonic analysis of
random structures with the stochastic finite element method
Van den Nieuwenhof B., Coyette J.P., UCL, Belgium
|
Propagation of variances of FRFs through FRF-based
coupling calculations
Iankov R., Moens D., Hermans L., Sas P., K.U.leuven-PMA,
Belgium
|
Review of parameter uncertainty propagation
methods in structural dynamic analysis
Fonseca J., University of Wales Swansea, UK ; Mares C., The
University of Liverpool, UK ; Friswell M., University of Wales
Swansea, UK ; Mottershead J., The University of Liverpool, UK
|
Stochastic finite elements for the time-harmonic
analysis of structures with random shape : application to plates
with flatness defaults
Van den Nieuwenhof B., Coyette J.P., UCL, Belgium
|
Reduction techniques for the discretisation of
random fields involved in stochastic finite element models
Van den Nieuwenhof B., Coyette J.P., UCL, Belgium
|
Vibration hypersensitivity causes detection in
finite elements models
Ouisse M., Guyader J.L., LVA-INSA Lyon, France
|
Dispersion of critical rotational speeds of
gearbox: effects of bearings stiffnesses
Mayeux F., Rigaud E., Perret-Liaudet J., Ecole Centrale de Lyon,
France
|
Shock absorber's knocking noise
Alberdi M., Carnicero R., Biera J., APA-KYB, Spain
|
Identification of rubber bushings
Roscher T., Venhovens P., TU Dresden/BMW Group Munich,
Germany
|
A new experimental modal parameter estimation
method for cylindrical structures by standing wave decomposition
and application to tire modeling
Matsuoka H., Okuma M., Tokyo University of Technology, Japan
|
Module target setting and substructuring for
vehicle NVH development
van der Linden P., Wyckaert K., LMS International, Belgium
|
Determination of the acoustical impedance of an
internal combustion engine exhaust
Boonen R., Sas P., KULeuven-PMA, Belgium
|
The integration of experimental models in a
real-time virtual car sound engineering environment
Janssens K., Adams M., Van de Ponseele P., LMS International,
Belgium
|
Vehicle vibration robustness engineering at the
proving ground
Mannaerts J., Lommel Proving Ground-Ford Motor Co., Belgium
|
The NVH development of the BMW 7 series
Penne F., BMW Group, Germany
|
Simplified analytical models for prediction of
vehicle interior noise
Krylov V., Loughborough University, UK
|
Experimental investigations of the vibro-acoustic
behaviour of trim components in a car cabin
Brechlin E., Bosmans I., Keymeulen N., Dekkers R., LMS
International, Belgium
|
Can objective parameters of cowlshake and
secondary ride predict subjective discomfort?
Fankhauser C., Kastreuz B., Magna-Steyr Engineering, Austria ;
Kolrep H., Kolrep-Rometsch Human-Factors Consultants, Germany
|
An innovative mounting system for the Transaxle
electrical powertrain driving the Volkswagen E-Golf
Van Keymeulen, Hermann W., Wang X., Woco AVS GmbH, Germany ;
Kube R., Meschke J., Lück P., Volkswagen AG, Germany
|
Optimisation of damping layers in car bodies
Bienert J., Ford Motor Company, Germany
|
Time-varying vibration analysis based engine
condition monotoring and diagnosis
Geng Z., Hull J.B., Nottingham Trent University, UK ; Chen J.,
Shanghai Jiao Tong University, P.R. China
|
Numerical simulation and verification of
mechanical noise generation in combustion engines
Priebsch H.H., Herbst H., Offner G., Sopouch M., Acoustic
Competence Center GmbH, Austria
|
Achievement of NVH-objectives-New challenge for
OEMs, module & system suppliers
Ahmad R., Himmler G., MSC.Software GmbH, Germany
|
Influence of PVB mechanical properties on the
vibrational damping of a windscreen
D'Haene P., Lu J., Solutia, Belgium
|
The development of a calibrated acoustic actuator
based on the two-microphone technique
Rossetto G.D., LMS International, Belgium ; Arruda J.R.F,
Universidade de Campinas, Brazil
|
Noise and vibration control of the South Railway
Bridge of Budapest
Augusztinovicz F., Márki F., Budapest University of
Technology and Economics, Hungary ; Carels P., Willems J., CDM,
Belgium ; Dombi I., Building Research Est., Hungary ; Bite M.,
Institute for Transport Science, Hungary
|
Numerical and experimental on the dynamic behavior
of the violin plates
Staforelli C., Razeto M., Université de Concepcion, Chile ;
Pascual R., Université de Chile, Chile
|
Acoustic characterisation and noise limitation
strategies for a modern electrical train
Viscardi M., Iadevaia M., Lecce L., University of Napoli
"Federico II", Italy
|
Vibro-acoustic analysis of the Brazilian vehicle
stellite launcher (VLS) Fairing
Pirk R., Desmet W., Pluymers B., Sas P., KULeuven-PMA, Belgium ;
Goes L., Centro Tecnico de Aeronautica (CTA) - Instituto
Tecnologico de Aeronautica (ITA), Brazil
|
Vibroacoustic modal testing of a vehicle cabin
Varoto P., Mamede W., University of Sao Paulo, Brazil
|
The effect of absorptive treatment in the road
corridor using CATT modelling techniques
Field C., Harris G., Arup Acoustics, Australia
|
Optimized mapped wave envelope elements for
exterior acoustics
Dreyer D., von Estorff O., TUHH, Germany
|
On predicting the response of acoustically-excited
doubly curved sandwich panels
Cunningham P., Langley R.S., White R.G., University of
Southampton, UK
|
Algebraic model of a wall acoustic impendance
constructed using experimental data
Faverjon B., ONERA, France ; Soize C., University of
Marne-la-Vallee, France
|
Modelling and simulating tractor cabin acoustics
under external excitations by using FEM/BEM
Ikonen V., Pohjolainen S., Tampere University of Technology,
Finland
|
Optimal design of trim materials
Baldanzini N., Università di Firenze, Italy ; Mantovani M.,
Rieter Automotive, Switzerland ; Misaji K., Tada H., Yamashita T.,
Honda R&D Tochigi Center, Japan
|
Meshing procedures for vibro-acoustic models
El-Marsi E., Tournour M., McCulloch C., LMS International,
Belgium
|
Experimental acoustic radiation from an elastic
plate covered with a poroelastic layer
Litwinczik V., Lenzi A., Universidade Federal di Santa Catarina,
Brazil ; Lauriks W., Geentjens G., Vermeir G., KULeuven-Lab.
Thermische Fysica, Belgium
|
An experimental validation of vibro-acoustic
prediction by the use of simplified methods
Guerich M., Trompette N., INRS, France
|
Getting useful FEM and BEM vibro-acoustic
solutions faster, using new solution methodologies
Tournour M., Rossion J.-P., Bricteux L., McCulloch C., LMS
International, Belgium
|
Acoustic infinite elements with improved
robustness
Cipolla J., HKS Inc., USA
|
Analytical solution of circular cylindrical shell
vibrations
Alzahabi B., Kettering University, USA
|
On the use of generalized complex modes applied to
the three dimensional poroelastic problem
Dazel O., Sgard F., ENTPE-LASH, France ; Lamarque C.-H.,
ENTPE-LGM, France
|
The constitutive relation error as a tool to
determine the acoustic admittance coefficient
Decouvreur V., Bouillard Ph., ULB, Belgium ; Deraemaeker A.,
Ladevèze P., ENS-Cachan/Université de Paris VI/CNRS,
France
|
Quadratic finite element model for predicting the
vibro-acoustic behaviour of heterogeneous porous materials
Castel F., Sgard F., CNRS, France ; Atalla N., Université
de Sherbrooke, Canada
|
Analysis of soil vibrations by means of the
boundary element method
Fiala P., Granat J., Augusztinovicz F., Budapest University of
Technology and Economics, Hungary
|
On the accuracy of vibro-acoustic solutions using
the AVT method
Tournour M., Dessart S.,McCulloch C., LMS International,
Belgium
|
An experimental/numerical method for noise
radiation prediction
Carniel X., Bollade L., CETIM/DAVIT, France
|
The effects of stingers on measured FRFs
Ashory M.R., Semnan Universtiy, Iran
|
Prediction of structure-borne noise in cabin of
aircraft caused by power plant vibration
Baklanov V., PSC Tupolev, Russia ; Kochetov Y., Morozkov A.,
Moscow Aviation University, Russia
|
A method of the multi-transducer optimizing
arrangement for damage detection of machine parts
Xiong S., Xiong X., Han Z., Taiyuan University of Technollogy,
P.R. China
|
FRF measurement of rotational DOFs by T-block
approach (Improvement of accuracy for random noise and application
to a Car Body)
Yoshimura T.,Hosoya N., Tokyo Metropolitan University, Japan
|
Amplitude-dependent vibration characteristics of
plasma-sprayed ceramic coatings
Roebben G., Patrias S., Van der Biest O., KULeuven, Belgium ;
Tomlinson G., University of Sheffield, UK
|
Finite element model updating of rotating
structures using adaptive simulated annealing
Ziaei-Rad S., Isfahan University of Technology, Iran ; Ewins
J.D., Imperial College, UK
|
The order tracking based on instantaneous
frequency estimation in rotating machinery
Qin S.,Tang B., Guo Y., Zhang C., Chongqing University,
China
|
Evaluation method of damping ratio for spot-welded
frame
Katayama T., Aoyama E., Hirogaki T., Enoki S., Ando H., Nakajima
M., Doshisha University, Japan
|
Vibration damping analysis of the composite
sandwich cantilever beam inserted with viscoelastic layer
Yim J.H., Seo Y.J., Kwnagju-Chonnam Regioal Small & Medium
Business Office, Korea
|
Determination and evaluation of machine tool
dynamic characteristics obtained during stable cutting process
Skoczynski W., Krzyzanowski J., Szymkowski J., Wroclaw
University of Technology, Poland
|
A study on the evaluation of ride comfort due to
human dynamic characteristics on biaxial vibration
Okamura M., Koizumi T., Tsujiuchi N., Doshisha University, Japan
; Kohama A., Nichiyu Corporation, Japan
|
Use of an acoustical imaging system for the study
of the acoustic transmission of sealing system in a moving car
Haddad K., Benoit V., ACB Engineering, France
|
Using statistical energy analysis as alternative
predicitve methods in shock problems
Iadevaia M., Van Hal B., Sas P., Katholieke Universiteit Leuven,
Belgium ; Riobbo J.L., EADS-CASA Espacio, Spain
|
Analysis of the dynamic actions when bells are
swinging on the belltower of Bon Repos i Mirambell church
(Valencia, Spain)
Ivorra S., Cervera J.R., Polytechnic University of Valencia,
Spain
|
Optimal design of dynamic characteristics of
electromechanical drive systems
Mezyk A., Switonski E., Silesian University of Technology,
Poland
|
Vibration analysis of assembled explosion
vessel
Hongfa Huo, Northwest Inst. of Nuclear Technology, China ;
Xieqing H., Hualin C., Inst. of Vibration and Noise Control,
China
|
Vibration isolation of reciprocating
air-compressor using flexure bearings
Rens J., Clark R.E., Howe D., University of Sheffield, Dept. of
electronic and electrical engineering, UK
|
Noise generated by burners and boilers
Novy R., CTU, Czech Republik
|
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