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HPC/PF Application Software Lineup
 

 

Adding the UPACS and V-Sphere systems to application software developed through national support (FrontFlow, FrontISTR, REVOCAP, etc.), HPC/PF provides applications and innovative algorithms supporting massively parallel and highly parallel computing.

The following summarizes these applications and algorithms added through the Industrid Innovation.

Applications

【UPACS: Compressible fluids analysis program】

UPACS: Compressible fluids analysis program

The UPACS compressible fluids analysis program supports large-scale parallel computing using a petaflop-class supercomputer. Its use in industry will be promoted via HPC/PF. With the aim of establishing large-scale unsteady turbulence analysis technology targeting high-Reynolds-number flow, UPACS will be applied to detailed flow analysis of turbo elements that are especially important in the field of the Industrial Innovation.

【V-Sphere System: Practical complex fluid analysis using a hierarchical Cartesian grid】

V-Sphere System: Practical complex fluid analysis using a hierarchical Cartesian grid

To cope with the complexity of physical models and heavy computing loads, V-Sphere will consists of a platform tool for large-scale parallel analysis incorporating computational science and computer science perspectives and a simulator for actual design work. It will provide a basic system that can solve problems in actual design work within a practical time period. The potential of V-Sphere will be demonstrated using several practical examples.

【Construction of Innovative Algorithm for Next Generation Computational Science Applications and Its Application to Fusion Plasma Fluid Analysis】

Construction of Innovative Algorithm for Next Generation Computational Science Applications and Its Application to Fusion Plasma Fluid Analysis

In performing large scale simulations on petaflop-class supercomputers, construction of innovative algorithms is needed in a variety of basic technologies such as massively parallel matrix solvers, communication techniques, data I/O, and visualization techniques.
To this end, the development of common basic technologies for accelerating the next generation industrial applications will be promoted and their performances will be tested on fusion plasma fluid applications. Use of the common basic technologies will be promoted in the field of the Industrial Innovation through HPC/PF.