The progress of the boundary element method (BEM) for solving acoustic wave problems is
reviewed in this paper. The BEM is in a unique position among all the numerical methods …

The boundary element method (BEM) for acoustic problems is a numerical method based on
solving the discretized boundary integral equation (BIE) corresponding to the Helmholtz …

We present a novel fast direct solver to simulate 3D large scale elastic inclusion problems.
The method combines the isogeometric analysis boundary element method (IGABEM) and …

The computational accuracy of the traditional reproducing kernel particle method (RKPM) is
susceptible to different kernel functions. To eliminate the adverse effects of the different …

We develop an acoustic topology optimization approach in this work for the surface design
of structures covered by porous materials. The fast multipole boundary element method …

We propose an isogeometric boundary element (IGABEM) parallel fast direct solver based
on OpenMP to solve three-dimensional multiple crack problems. In this paper, the orderly …

A novel fast direct solver based on isogeometric boundary element method (IGABEM) is
presented for solving 3D potential problems, which uses the hierarchical off-diagonal low …

Common multi-frequency solution strategies for acoustic systems are either associated with
high computational costs or resort to model reduction strategies, which potentially induce …

A computational cost-effective algorithm is proposed to solve steady-state heat conduction
problems with uncertain thermal conductivity which appears locally at some part of …

Purpose Acoustic multi-connected domains are common in floating platforms and
underwater vehicles. In order to improve the calculation efficiency of the traditional boundary …