HPC Software User Meetings

Machinery and Materials

FrontFlow Subcommittee
FrontFlow/blue FrontFlow/blue-ACOUSTICS FrontWorkBench REVOCAP_Coupler REVOCAP_Refiner
Features Large scale, accurate and high speed computation by large eddy simulation (LES) Coupled simulations of various multiphysics associated with turbulence
Manager: Chisachi Kato Professor Institute of Industrial Science, The University of Tokyo E-mail: ciss-cfd@ciss.iis.u-tokyo.ac.jp

FrontFlow Subcommittee

FrontFlow/blue
FrontFlow/blue-ACOUSTICS

FrontWorkBench

REVOCAP_Coupler
REVOCAP_Refiner

Features

Large scale, accurate and high speed computation by large eddy simulation (LES)
Coupled simulations of various multiphysics associated with turbulence

Manager: Chisachi Kato Professor Institute of Industrial Science, The University of Tokyo
E-mail: ciss-cfd@ciss.iis.u-tokyo.ac.jp

FrontISTR Subcommittee
FrontISTR HEC-MW REVOCAP_Coupler REVOCAP_RePost REVOCAP_Refiner
Features High precision and high-speed analysis of complicated structure using large-scale parallel processing function Library groups for parallel analyses, such as FEM analysis, equation solvers, and visualization
Manager: Hiroshi Okuda Professor Graduate School of Frontier Sciences, The University of Tokyo E-mail: fstr_seminar@multi.k.u-tokyo.ac.jp

FrontISTR Subcommittee

FrontISTR
HEC-MW

REVOCAP_Coupler
REVOCAP_RePost
REVOCAP_Refiner

Features

High precision and high-speed analysis of complicated structure using large-scale parallel processing function
Library groups for parallel analyses, such as FEM analysis, equation solvers, and visualization

Manager: Hiroshi Okuda Professor Graduate School of Frontier Sciences, The University of Tokyo
E-mail: fstr_seminar@multi.k.u-tokyo.ac.jp

FrontCOMP Subcommittee
FrontCOMP_mold FrontCOMP_cure FrontCOMP_damage
Features Meso-scale modeling in terms of fiber bundle and resin system Prediction of thermal spike and residual strain in resin cure process Meso-mechanical analysis of damage propagation
Manager: Nobuhiro Yoshikawa Professor Institute of Industrial Science, The University of Tokyo E-mail: yoshi@telu.iis.u-tokyo.ac.jp

FrontCOMP Subcommittee

FrontCOMP_mold
FrontCOMP_cure
FrontCOMP_damage

Features

Meso-scale modeling in terms of fiber bundle and resin system
Prediction of thermal spike and residual strain in resin cure process
Meso-mechanical analysis of damage propagation

Manager: Nobuhiro Yoshikawa Professor Institute of Industrial Science, The University of Tokyo
E-mail: yoshi@telu.iis.u-tokyo.ac.jp

Bio and Nano

ProteinDF Subcommittee
ProteinDF ProteinEditor
Features The world's largest all-electron calculation of protein Multifunctional integrated environment towards protein and nano molecule electronic structure analysis
Manager: Fumitoshi Sato Professor Institute of Industrial Science, The University of Tokyo E-mail: pdf-dev@iis.u-tokyo.ac.jp

ProteinDF Subcommittee

ProteinDF
ProteinEditor

Features

The world's largest all-electron calculation of protein
Multifunctional integrated environment towards protein and nano molecule electronic structure analysis

Manager: Fumitoshi Sato Professor Institute of Industrial Science, The University of Tokyo
E-mail: pdf-dev@iis.u-tokyo.ac.jp

ABINIT-MP Subcommittee
ABINIT-MP BioStation Viewer
Features Electronic structure calculations for macromolecules based on the FMO method Analysis and related visualization for interactions between proteins and ligands
Manager: Yuuji Mochiduki Professor Department of Chemistry, Rikkyo University E-mail: abinitmp-office@ciss.iis.u-tokyo.ac.jp

ABINIT-MP Subcommittee

ABINIT-MP
BioStation Viewer

Features

Electronic structure calculations for macromolecules based on the FMO method
Analysis and related visualization for interactions between proteins and ligands

Manager: Yuuji Mochiduki Professor Department of Chemistry, Rikkyo University
E-mail: abinitmp-office@ciss.iis.u-tokyo.ac.jp

PHASE Subcommittee
PHASE PHASE?UVSOR PHASE-Viewer ASCOT
Features Multiscale and multi-functional analysis of nano-materials and GUI environment Analysis of nano-materials properties working on a variety of computing environments from note PC to supercomputers
Manager: Takahisa Ohno Director-General Computational Materials Science Unit National Institute for Material Science E-mail: phase_system_ug@nims.go.jp

PHASE Subcommittee

PHASE
PHASE?UVSOR
PHASE-Viewer
ASCOT

Features

Multiscale and multi-functional analysis of nano-materials and GUI environment
Analysis of nano-materials properties working on a variety of computing environments from note PC to supercomputers

Manager: Takahisa Ohno Director-General Computational Materials Science Unit National Institute for Material Science
E-mail: phase_system_ug@nims.go.jp

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User Meetings