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Application of a Hybrid Boundary Element Wave Based Method on a 2D Multiple Scatterer Problem
Book Contribution - Book Chapter Conference Contribution
This paper reports on the application of a recently developed Multi-Level Boundary Element
Wave Based Method (ML-BEWBM) on a multiple scatterer problem. The method combines
the Boundary Element Method (BEM) and the Wave Based Method (WBM) in a Multi-Level
concept to benefit from the best properties of the two methods. It benefits from the BEM’s
capability of handling complex geometries and from the WBM’s superior convergence rate
and lower computational cost when applied on geometries of moderate complexity.
The problem under consideration is an unbounded steady-state acoustic problem with two
scatterers. One of them has a complex and the other has a simple geometry. The hybrid
method is applied on the problem and compared with BEM and Multi-Level WBM results.
All methods yield similar accuracies while the ML-BEWBM is shown to be the fastest among
the three.
Book: 18th International Congress on Sound and Vibration 2011, ICSV 2011
Pages: 1204 - 1211
ISBN:9781618392596
Publication year:2011