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Application of GPU to Multi-interfaces Advection and Reconstruction Solver (MARS)

Nagatake, Taku ; Kunugi, Tomoaki*; Takase, Kazuyuki

In the nuclear engineering fields, a high performance computer system is necessary to perform the large scale computations. Recently, a GPU (Graphics Processing Unit) has been developed as a rendering computational system in order to reduce a CPU (Central Processing Unit) load. The GPU consists of many processing units and a wide memory bandwidth in order to achieve the high-performance computing for rendering the high quality 3D objects. Nowadays, the performance of GPU has become much higher than that of the CPU, so the attempt to make use of the GPU for the scientific computations and more broad purposes is being performed. In this study, the MARS (Multi-interfaces Advection and Reconstruction Solver) which is one of the interface volume tracking methods for multiphase flows was developed by using the GPU.

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