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• Life simulation
• All-Electron Based Simulation System for Protein Reactions; the New Infrastructural Bio-Medicinal Technology
• Quantum Molecular Interaction Analysis
• Multi-Scale and Physic Simulation of Organs, Tissues and Cells in the Cardiovascular System
• Multi-physics multi-scale simulation
• Multiscale Simulation System for Function Analysis of Nanomaterials
• Innovative General-purpose Coupled Analysis System
• Multi physics Flow Simulation System
• Research & Development of Structural Analysis System for General-purpose Coupling Simulations Using High End Computing Middleware (HEC-MW)
• Safety and environmental simulation for urban cities
• Simulation System for Urban Environment and Safety
• Mathematical libraries for high-performance computing
• Integrated Platform for the Multi-scale and Multi-physics Simulations and Optimization
• Optimization of High-end Simulation Software for the Earth Simulator
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With the rapid development of science and technology, multi-physics simulation for complicated physical phenomena is becoming increasingly important. The analysis software for single physical phenomenon has been in a mature stage, whereas the coupling software for multi-physics is still a challenging topic in the practical design and development of industry. The main reason is a lack of broad applicability for general purpose simulations and high end computer environments.

Focusing on the key functions in multi-physics simulations (with emphasis on structural analysis), this subproject aims at developing and releasing a group of high performance libraries (HEC-MW) including both the new developed software for multi-physics finite element analysis and the extended version of the existing software for high end computer environments, promoting the competing power of Japanese industrial technology and contributing to the talent training in scientific simulation area.

To achieve the above goals, the following three sub-topics are performed:

(1)

Development and release of the structural analysis software FRONT-STR for the revolutionary general-purposed coupling simulation;

(2)

Practical coupling analysis based on weak-coupled interface;

(3)

Implementation and release of the library optimized for multi-platforms(*).

(*) OS: Linux/Windows; Processor type: scalar/vector

Originalities of this subproject including:

a.

Structural analysis software for NLS (National Leadership Supercomputer) such as the Earth Simulator;

b.

Structural analysis software and finite element analysis developing tools applicable for Grid environment (among PC-clusters)

c.

High performance large-scale parallel structural analysis software for various types of environments (OS, processor type)