The group works on the development and application of computational methods to describe physical interactions between sounds and objects. Our research includes models of the dynamics of structures, sound fields, and vibrations with applications in environmental noise control, automotive audio, auditory perception, and speech production.
Although computers grow more powerful every year, the need and the requirements of real life applications - e.g. the need for more detailed models, simulation of bigger objects with complex geometry, real-time applications, ...) grow even faster. Thus it is necessary to constantly develop new and robust methods and to introduce new ideas and concepts into the field of numerical and applied mathematics. By working in close co-operations with all other groups of the institute, the group is able to combine new mathematical concepts and developments (e.g. advances in Frame and wavelet theory) with their immediate application for real life problems (e.g. calculation of head related transfer functions for 3D virtual audio, evaluation of noise reduction measurements, ...).
- BEM-formulation in the Time Domain
- Boundary Element Method (BEM) Model of the Head
- Branched Tube Vocaltract Model
- Orthobem: Simulation of Vibrations in Tunnels
- WiABahn - Acoustic Effect of Shielding Edges Near the Rail and Roofs Above Railway Platforms