Model order reduction techniques for the prediction of railway induced vibration in the built environment
C14/20/073: Model order reduction techniques for the prediction of railway induced vibration in the built environment
Model order reduction techniques for the prediction of railway induced vibration in the built environment
Model order reduction techniques for the prediction of railway induced vibrations in the built environment
Model Order Reduction Techniques for the Prediction of Railway Induced Vibration in the Built Environment
Model Reduction Techniques to Improve the Efficiency of Flexible Multibody Simulations (Ontwikkeling en validatie van modelreductietechnieken voor de efficiënte simulatie van flexibele meerlichamendynamica)
Development of System-level Model Reduction Techniques for Flexible Multibody Simulation (Ontwikkeling van system-niveau modelreductietechnieken voor flexibele meerlichamensystemen)
EFFICIENT TRANSIENT ANALYSIS OF THE HIGH-SPEED STAGE OF A WIND TURBINE GEARBOX BY ADVANCED MODEL REDUCTION TECHNIQUES AND MEMORY-EFFECTIVE DISCRETIZATION
Ultrafast tandem ICP mass spectrometer for interference-free and high-sensitivity monitoring of transient signals (ICP-MS/MS)
Thermal activity monitoring microcalorimetry: from fundamental thermodynamic principles towards a wide array of practical applications (TAM)
Thermal activity monitoring microcalorimetry: from fundamental thermodynamic principles towards a wide array of practical applications (TAM)