Synergies between the high-freq. BEM and Geometric Acoustics || Dr. Jonathan Hargreaves || No2Noise

Welcome to the series of videos recorded in the framework of the No2Noise EU project (no2noise.eu/).
This video is a part of the Network Short Course 3 (NSC3) related to "Numerical methods for predicting noise and vibration in complex systems".
Presentation title: Synergies between the high-frequency Boundary Element Method and Geometric Acoustics
Speaker: Dr. Jonathan HARGREAVES - University of Salford (UK)
Other videos in this series :
- Wave-energy formulations and applications, by Prof. Mohamed ICHCHOU - École Centrale de Lyon (France)
• Wave-energy formulatio...
- How to predict the acoustical properties of noise absorbing materials, by Prof. Kirill HOROSHENKOV - University of Sheffield (UK)
• Predicting acoustical ...
- A radiative transfer equation theory for sound and vibration in high frequency vibroacoustics, by Prof. Alain LE BOT - École Centrale de Lyon (France)
• A radiative transfer e...
- An introduction to Dynamical Energy Analysis - predicting high-frequency behaviour using FEM meshes, by Dr. Martin RICHTER - University of Nottingham (UK)
• An introduction to Dyn...
For the reactive applications on the vibro-acoustic topics: apmr.matelys.com/
No2Noise is a project that is funded by the European Commission under Marie Skłodowska-Curie Actions | Horizon 2020 (Grant No. 765472). More information: no2noise.eu/