Authorized Project List in FY2004

Please refer each presentation (PDF) of Annual meeting for Research Projects (Language is japanese).

You can also see Annual report in English.

Annual Report of the Earth Simulator, April 2004 - March 2005

Ocean & Atmosphere (14 projects)

  Title Name Affiliation
1 Future Climate Change Projection using a High-Resolution Coupled Ocean-Atmosphere Climate Model Akimasa Sumi Center for Climate System Research, The University of Tokyo
2 Development of high-resolution atmosphere-ocean coupled model and global warming prediction Kouki Maruyama Central Research Institute of Electric Power Industry
3 Development of Integrated Earth System Model for Global Change Prediction Taro Matsuno FRCGC,JAMSTEC
4 Development of Super High Resolution Global and Regional Climate Models Akira Noda Meteorological Research Institute
5 Research Development of 4-dimensional data assimilation system using a coupled climate model and construction of reanalysis datasets for initialization Toshiyuki Awaji FRCGC,JAMSTEC
6 Atmopsheric Composition Change and Climate Effect Stidied by Global and Regional Scale Chemical Transport Models Hajime Akimoto FRCGC,JAMSTEC
7 Mechanism and predictability of atmospheric and oceanic variations induced by interactions between large-scale field and meso-scale phenomena (AFES CFES OFES) Wataru Ohfuchi ESC,JAMSTEC
8 Development of holistic climate simulation codes for a non-hydrostatic atmosphere-ocean coupled systems Keiko Takahashi ESC,JAMSTEC
9 Advanced parameterization of physical processes Toshiyuki Hibiya Graduate School of Science,The University of Tokyo
10 Construction of advanced prediction system of regional - and meso- scale water cycle Hiromasa Ueda Disaster Prevention Research Institute, Kyoto University
11 Study on mechanisms of climate and ocean variability and their predictability Toshio Yamagata FRCGC,JAMSTEC
12 High resolution modeling of multi-scale cloud and precipitation systems using cloud-resolving models Kazuhisa Tsuboki Hydrospheric Atmospheric Research Center,Nagoya University
13 Development of a numerical model of urban heat island Yasunobu Ashie Building Research Institute
14 Development of a coupled atmosphere-ocean-land general circulation model (GCM) at the Frontier Research System for Global Change Tatsushi Tokioka FRCGC,JAMSTEC

Numerical Simulation of Rocket Engine Internal Flows (12 projects)

  Title Name Affiliation
26 Numerical Simulation of Rocket Engine Internal Flows Masao Furukawa Japan Aerospace Exploration Agency
27 Large-scale simulation on the properties of carbon-nanotube Kazuo Minami Research Organization for Information Science & Technology
28 Development of the next-generation computational solid mechanics simulator for a virtual demonstration test Ryuji Shioya Graduate School of Engineering, Kyushu University
29 Study of the Standard Model of Elementary Particles on the Lattice with the Earth Simulator Akira Ukawa Center for Computational Sciences, University of Tsukuba
30 Large-scale simulation for a terahertz resonance superconductors device Masashi Tachiki National Institute for Material Science
31 Geospace Environment Simulator Yoshiharu Omura Research Institute for Sustainable Humanosphere, Kyoto University
32 Development of Transferable Materials Information and Knowledge Base for Computational Materials Science Shuhei Ohnishi CAMP (Collaborative Activities for Materials Science Programs) Group
33 Large scale simulation on the atmic research * Hiroshi Okuda Atomic Energy Society of Japan
34 Direct Numerical Simulations of Fundamental Turbulent Flows with the Largest Grid Numbers in the World and its Application of Modelling for Engineering Turbulent Flows Chuichi Arakawa Interfaculty Initiative in Information Studies,Graduate School of Interdisciplinary Information Studies,The University of Tokyo
35 Bio-simulation * Toshikazu Takada Forum on the Bio-Simulation
36 Particle modeling for complex multi-phase system with internal structures using DEM Hide Sakaguchi IFREE, JAMSTEC
37 Cosmic Structure Formation and Dynamics: A Novel Approach for Hydrodynamic, Magnetic and Radiative Processes to Link up the Hierarchical Structure Ryoji Matsumoto Faculty of Science, Chiba University

* Sub-theme under the large scale simulation on the atmic research

Title Name Affiliation
Large-Scale Numerical Simulations on Complicated Thermal-Hdrauics in Nuclear Cores with Direct Analysis Methods Kazuyuki Takase JAERI
First Principles Molecular Dynamics Simulation of Solution Masaru Hirata JAERI
Research on structure formation of plasmas dominated by hierarchical dynamics Yasuaki Kishimoto JAERI
A simulation of the interaction among the pressure wave propagation of liquid mercury, the wall deformation and the bubble dynamics in the mercury target Chuichi Arakawa CCSE,JAERI
Numerical Studies for Novel Superconducting properties and Neutron Detector Applications by Superconductor Nano-fabrication Techniques Masahiko Machida CCSE,JAERI
Electronic and atomistic simulations on the irradiation induced property changes and fracture in materials Hideo Kaburaki CCSE,JAERI
Large-Scale Simulation of Groundwater Flow and Radioactive Nuclide Transportation Hiroshi Okuda Research into Artifacts, Center for Engineering, The University of Tokyo
First-principles molecular dynamics simulation of oxide layers for radiation-tolerant SiC devices Atumi Miyashita JAERI
Direct Numerical Simulation of Turbulent Flows in Subchannels of a Tight Lattice Bundle Hisashi Ninokata Research Laboratory for Nuclear Reactors in Tokyo Insutitute of Technology
JAMSTEC
Japan Agency for Marine-Earth Science and Technology
FRCGC
Frontier Research Cemter for Global Change
IFREE
Institute for Research on Earth Evolution
JAERI
Japan Atomic Energy Research Institute
CCSE
Center for Promotion of Computation Science and Engineering
ESC
Earth Simulator Center