Search Results - "Kindt, Peter"

Development and validation of a fully predictive high-fidelity simulation approach for predicting coarse road dynamic tire/road rolling contact forces by De Gregoriis, Daniel, Naets, Frank, Kindt, Peter, Desmet, Wim

“…In this work, a fully predictive high-fidelity numerical approach for the simulation of a car tire rolling with a constant angular velocity over a coarse road…”
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Vehicle road noise prediction using component-based transfer path analysis from tire test-rig measurements on a rolling tire by Ortega Almirón, Jesús, Bianciardi, Fabio, Corbeels, Patrick, Pieroni, Nicola, Kindt, Peter, Desmet, Wim

“…•Component based transfer path analysis can properly predict vehicle interior noise.•Rolling effect of the tire on vehicle structure can be experimentally…”
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Dynamic behaviour of a rolling tyre: Experimental and numerical analyses by Gonzalez Diaz, Cristobal, Kindt, Peter, Middelberg, Jason, Vercammen, Stijn, Thiry, Christophe, Close, Roland, Leyssens, Jan

“…Based on the results of experimental and numerical analyses, the effect of rotation on the tyre dynamic behaviour is investigated. Better understanding of…”
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A modified complex modal testing technique for a rotating tire with a flexible ring model by Lee, Jongsuh, Wang, Semyung, Pluymers, Bert, Desmet, Wim, Kindt, Peter

“…Natural frequencies, mode shapes and modal damping values are the most important parameters to describe the noise and vibration behavior of a mechanical…”
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Transforming students into digital academics: a challenge at both the individual and the institutional level by Thorell, Maria, Fridorff-Jens, Peter Kindt, Lassen, Pia, Lange, Theis, Kayser, Lars

“…Little is known of students' Information and Communication Technology (ICT) readiness in a learning context. Information about students' capabilities and…”
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Identification of the direction and value of the wave length of each mode for a rotating tire using the phase difference method by Lee, Jongsuh, Wang, Semyung, Kindt, Peter, Pluymers, Bert, Desmet, Wim

“…Natural frequencies, mode shapes and modal damping values are the most important parameters to describe the noise and vibration behavior of a mechanical…”
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