Efficient vibro-acoustic simulations using isogeometric analysis and its hybrid coupling with the wave based method. KU Leuven
This dissertation presents research contributions to the development of flexible NURBS-based isogeometric frameworks for performing vibro-acoustic simulations in the low- to mid-frequency range. The research is set in the light of the increasing importance of being able to numerically predict the noise and vibration characteristics of products, driven by growing market expectations and tightening regulations. The main aim of isogeometric ...