Faculty of TheologyInstitute of PhilosophyFaculty of Canon LawFaculty of LawFaculty of Economics and Applied EconomicsFaculty of Social SciencesFaculty of ArtsFaculty of Psychology and Educational SciencesFaculty of ScienceFaculty of EngineeringFaculty of Applied Bioscience and EngineeringFaculty of MedicineFaculty of Pharmaceutical SciencesFaculty of Kinesiology and Rehabilitation Sciences
Department of Mechanical Engineering
Noise and Vibration Research Group
K.U.Leuven
  Search for Staff Students Organisational chart Search matrix Keywords

Noise and Vibration Research Group -

Ongoing projects

Past projects

  • EU
    • EU FP7 Collaborative Research Project, MID-MOD: Mid-frequency vibro-acoustic modelling tools - Innovative CAE methodologies to strengthen European competitiveness
    • EU FP7 Marie Curie Intra-European Fellowships (IEF), EXPLICA: Exhaust Pipe noise radiation Modelling by Innovative Computational Aeroacoustics (coordinator)
    • EU FP6 Marie Curie Research and Training Network (RTN), Smart Structures CAE: A Computer Aided Engineering Approach to Smart Structures Design (coordinator)
    • EU FP6 Marie Curie Research and Training Network (RTN), AETHER: Aero-acoustical and thermo-acoustical coupling in energy processes
    • EU FP6 Marie Curie Host Fellowships for Early Stage Research Training (EST), MEST-CT-2005-020263,SIMVIA 2: Advanced and New simulation methods in vehicle vibro-acoustics ? Scientific analysis, experimental verification and development of methodologies fo the industrial application
    • EU FP6 Co-ordination Action CANTOR: Coordinating Noise Transportation Research And Engineering Solutions
    • EU FP6 Marie Curie Host Fellowships for Early Stage Research Training (EST), MEST-CT-2004-503675,EDSVS II: European Doctorate in Noise and Vibration Studies
    • EU FP6 NMP project no. NMP2-CT-2003-501084, INMAR: Intelligent materials fro Active Noise Reduction
    • EU FP6 Marie Curie Research and Training Network (RTN), MRTN-CT-2003-505164, MADUSE: Modelling Product Variability and Data Uncertainty in Structural Dynamics Engineering (coordinator)
    • EU FP5 GROWTH project no. GRD1-CT-2002-0078, NOISELESS: Reduction of Noise Emission on Machine Tools
    • EC-Growth Project GRD1-2000-25828, ECOSYSTEMS: Advanced Machining Systems for Environmentally Friendly Manufacturin
    • EC-Growth Project G3RD-2000-00102, TECABS: Technologies for carbon fibre reinforced modular automotive structures
    • BRITE-EURAM Project no. 3443, SALOME: Structural acoustics of light-weight components in the medium frequency range
    • BRITE-EURAM Thematic network SEANET: Statistical Energy Analysis NETwork
    • BRITE-EURAM Project, SMARTACUS: Smart acoustic house
    • BRITE-EURAM Project, DAFNOR: Distributed active foils for noise reduction (coordinator)
    • BRITE-EURAM Project, FATYNAMICS: Concurrent engineering approach for durability optimisation of trucks
    • BRITE-EURAM Thematic network ENOVNET: European noise and vibration network
    • BRITE-EURAM Project no. 7796, SOQCRATES: Sound Quality in Cars: Assessment and Engineering of Solutions
    • BRITE-EURAM Project no. 7797, VAMP: Vibro-Acoustic Modelling and Prediction of transportation vehicles? dynamic behaviour in the medium frequency range
    • BRITE-EURAM Project, PIANO: New pass-by noise optimisation methods for quiet and economic heavy road vehicles
    • BRITE-EURAM Project, BRAIN: Basic research on aircraft interior noise (coordinator)
    • BRITE-EURAM Project, ANRAVA: Advanced noise reduction using active vibration actuators
    • EU Aero-1C Project, ASANCA II: Advanced study for active noise control in aircraft
    • EU FP2 Project, ASANCA: Advanced study for active noise control in aircraft
  • IWT
    • IWT O&O project no. 080067, MODELISAR: From system modelling to S/W running on the vehicle
    • IWT O&O project no. 100002, Understanding the influence of the contact conditions between vehicle body and acoustic trim on the vibro-acoustic behavior
    • IWT SBO project no. 090045, POM: Prognostics for Optimal Maintenance
    • IWT O&O project no. 070337, MIDAS: Next generation numerical tools for mid-frequency acoustics
    • IWT O&O project no. 060323, Automatic control of harvesting and separation system on agricultural harvesters
    • IWT O&O project no. 060381, KRATOS: Test bench for dynamic testing of large gear units
    • IWT SBO project no. 050163, CAPRICORN: Simulation and design tools towards the reduction of aerodynamic noise in confined flows
    • IWT O&O project no. 060532, HOTFAT: Development of reliable fatigue life prediction processes for light-weight exhaust systems
    • IWT O&O project no. 060421, SOUND BRUSH: Industrial Compressor Noise: Innovative measurement and engineering technologies
    • IWT joined research project: Accelerated fatigue testing for vehicle components and systems
    • IWT O&O project no. 050590, DISCO: Distributed Suspension Control
    • IWT cluster project, Light-RV: Design of a light-weight foldable camper
    • IWT O&O project no. 040444: Dynamic balancing of weaving machines
    • IWT O&O project no. 040433: ALD Analysis leads design ? Frontloading digital functional performance engineering
    • IWT O&O project TRICARMO: Trimmed Car Acoustic Response Modelling
    • IWT O&O project WINDY: Flow-induced noise and vibration modelling in the transportation industry
    • IWT project no. ADV/000163, GRAMATIC: Mixed numerical-experimental vibration analysis for the identification of stiffness and damping properties of layered and graded materials
    • IWT O&O project no. 030391, ACSAS: Advanced Controllers for Semi-Active Suspensions
    • IWT O&O project no. 010463, ARCOMET: Mobile self-erecting tower crane with maximal com-fort for the operator: design and construction of a prototype
    • IWT project no. VLIM/0/9328: Development of an active sound attenuator for diesel engines
    • IWT project no. AUT/000252, ACOCAR (Actively COntrolled CAR): High Bandwidth Computer Controlled Suspensions
  • FWO
    • FWO project no. G.0429.07: Investigation of the vibro-acoustic behaviour of honeycomb core sandwich structures: experiments and simulation
    • FWO project no. G.0446.06: Measurement, modelling, and control of weakly nonlinear, slowly time varying dynamical systems
    • FWO project no. G.0563.06: Experimental and numerical evaluation of the elastic moduli of poro-elastic materials for predicting and optimising sound absorption and sound insulation properties
    • FWO project no. G.0350.05: Development and validation of hybrid substructuring techniques for acoustic simulations
    • FWO project no. G.0467.05: Advanced numerical and experimental techniques for the identification and sound propagation in confined flows
    • FWO project no. G.0343.04: Design and validation of advanced system identification techniques for Operational Modal Analysis in presence of eXogeneous input signals (OMAX)
    • FWO project no. G.0528.04: Accurate tracking control of non-linear multi-variable systems based on experimentally identified generalized block-oriented model structures
    • FWO project no. G.0476.04: Fuzzy finite element method based on optimisation techniques
    • FWO project no. G.0161.02: Coupled electromagnetic-vibroacoustic modelling of electromagnetic systems
    • FWO project no. G.0123.01: Design and development of a prediction technique for the analysis and optimisation of the low and mid-frequency dynamic behaviour of complex vibro-acoustic systems
    • FWO Scientific Research Network: ICCoS, Identification and Control of Complex Systems
  • KULeuven
    • K.U.Leuven-BOF CREA/07/015 Vibro-acoustic mid-frequency modelling: a fuzzy numerical approach
  • Other
    • Bilateral Project: Refining and applying the pro-active ecodesign method 'Eco-Pas'
    • ESA Project PRODEX: Spacecraft Dynamic Behaviour Experiment
    • IUAP P5/06: Advanced Mechatronic Systems
    • TAP project no. PA-01-314: Static and dynamic design analysis procedures for structures with uncertain parameters
    • CHASM: Coping with health, environmental and safety aspects in standards for machinery
    • Bilateral Project: Research on the dynamics of the drivetrain of a wind turbine
    • HUMAN CAPITAL AND MOBILITY Scientific and Technical Co-operation Network Project no. 30092, MONICA: Methods on noise identification control activities
K.U.Leuven - Claim Copyright © Katholieke Universiteit Leuven | Comments on content:
Productions: | Last update: 05/21/2012
URL: http://www.mech.kuleuven.be/mod/projects.en.html