Advanced Simulation used in Industry

Ce2‐KASAOK A LOUNGECenter for Research on
Innovative Simulation Software[Research and Development of Advanced Simulation used in Industry]

http: / / w w w.ci s s .i i s . u ‐to k yo . ac . jp /e n gl i sh /Aiming at Innovation in MO‐NO‐DU‐KU‐RI

Advanced simulation software drastically changes engineering

For developing leading‐edge technologies to simulate all processes from material development to disposal and meeting the demands of building asustainable society, Center for Research on Innovative Simulation Software (CISS) is reconstructing and dramatically strengthening core competencies indynamics and developing fundamental technologies that are implemented to advanced simulation software. We aim at◆ Conducting world‐leading advanced research on hyper‐large‐scale simulation software◆ Strengthening the educational foundation to educate how to make and use hyper‐simulation software for industrial application◆ Putting R&D results in common industrial use to enhance global competitiveness of domestic engineering
Deputy Directorof Center
Director of Center

YOSHIKAWA,
Nobuhiro

UMENO,
Yoshitaka

HAMBA,
Fujihiro

OSHIMA,
MarieSATO,
Fumitoshi

HASEGAWA,
YosukeMIZOGUCHI,
Teruyasu

INOUE,
Junya

OOKA,
Ryozo

FURUKAWA,
Akira

TOCHIGI,Eita

KIKUMOTO,
Hideki

Professor

Professor

Professor*

Professor*

Professor

Professor

Professor*

Professor*

Professor*

Associate
Prof.*

Associate
Prof.*

Associate
Prof.** Cooperative members

Introduction of the Research
Function of Materials

Development of Cutting‐edge
Simulation Software Packages

Probability and Quantum
Computational Science
F. SatoHighest occupied
molecular orbital of
insulin drawn by
cloud‐like model

1J. Inoue
Data‐driven approach toN. Yoshikawa
understand and predict
Developing highsteel microstructures
pressure hydrogenand their properties
tank supported
by meso‐scale
simulation

E. Tochigi
Local strain analysis
based on atomic‐
resolution in situ TEM

Y. Umeno

Deformation ofPolycarbonate by Coarse‐
Grained Particle Model
Simulation

T. Mizoguchi
Wave function at
the bottom of theconduction band ofMgO

F. Hamba
Contours of kinetic energyof turbulent diffusion inrotating system

Y. Hasegawa
Instantaneous turbulent
flow over a flat plate under
optimal control for heattransfer enhancement andfriction drag suppression

Building New Discipline ofIntegrated Mechanics

M. Oshima
Schematic of integrated simulation
system “M‐SPhyR Circulation”(Multi‐scale and physics simulator
for circulation)

A. Furukawa
particle configurations ofglass‐forming liquids
under shear flow

R. Ooka
Analyses of flowfield in andaround building using Lattice
Boltzmann Method

Fluid and Thermal Physics

Example of Major National Project being Promoted by CISS

H. Kikumoto
Identification of pollutant
sources in an urban space byapplying turbulence andstatistical analysis
LeadingInstitute

Program for Promoting Researches on the Supercomputer Fugaku:

Drastic acceleration of the industrial applications of HPC through AI and research and development of new computational methods for the next era(2023‐2025)●Overview: We will prove that industrial applications of HPC can be drastically accelerated by the use of AI and will implement theresults of the research in a broad range of manufacturing fields. In addition, we will develop new computational methods,
which will serve as the basis for the HPC in the next era.
●Responsible organization: The Univ. of Tokyo; Kobe Univ.; Toyohashi Univ. of Tech.; Nihon Univ.; Meiji Univ.; RIKEN;
Shipbuilding Research Centre of Japan.; Honda R&D Co.,Ltd.

(Courtesy ofShipbuilding ResearchCentre of Japan）

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