Kato Chisachi Laboratory Official Site / Institute of Industrial Science, The University of Tokyo

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Industrial Innovation
Field 4 of the HPCI Strategic Program
Field 4 of the HPCI Strategic Program aims to achieve quality and timely breakthroughs in monozukuri (manufacturing industry) processes and early development of innovative technologies and products through the use of a High Performance Computing Infrastructure (HPCI) centered about Japan's "Kcomputer".    ・・・ see next →
ポスト「京」 重点課題⑥ 
革新的クリーンエネルギーシステムの実用化
エネルギー資源小国である我が国にとって、エネルギー問題はエネルギーセキュリティの観点からも地球温暖化問題対応に向けた国際的責務の観点からも、喫緊の重要課題です。政府が策定しているエネルギー基本計画の中では、電源構成について、あらゆる面(安定供給、コスト、環境負荷、安全性)で優れるエネルギー源はないとの前提のもとに、エネルギー源ごとの特性を踏まえ、現実的かつバランスの取れた需給構造を構築する方針が打ち出されています。
   ・・・ see next →
ポスト「京」 重点課題⑧ 
近未来型ものづくりを先導する革新的設計・製造プロセスの開発
社会ニーズを踏まえた高付加価値を有する競争力のあるものづくりは我が国産業の発展に必要不可欠の課題であり、特に上流設計プロセスにおける新製品・技術コンセプト創出力の抜本的強化が必須である。同時にそのコンセプトを具現化するための製造プロセスの強化が重要な鍵を握る。製品・技術コンセプトを重視した手法(コンセプトドリブン型ものづくり)の要は、性能や信頼性の定量的な評価を通した実現性の早期見極めである。   ・・・ see next →
High Performance Computing Infrastructure Consortium
The philosophies of the HPCI Consortium are as follows. It is open to all persons and organizations related to computational science and technology (communities related to computational science and technology).To take the initiative in developing computational science and technology, develop the world's highest-performance technologies, and apply the technologies to society in cooperation with related organizations.   ・・・ see next →
Turbomachinery Society of Japan
Society of Automotive Engineers of Japan
Gas Turbine Society of Japan
The Japan Spciety of Mechanical Engineers
SAE WORLD CONGRESS TV
Since 2002, the Center for Research on Innovative Simulation Software (CISS), based at the University of Tokyo has led government-funded projects aimed at developing cutting-edge simulation software for industrial use, as well as validating its benefits through strong collaboration with industrial partners.    ・・・ see next →
計算工学ナビ
ものづくりにHPCを活用するためのツールとケーススタディー
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Research
  〇Numerical simulation of unsteady fluid flows
    ・Fully Resolved Large Eddy Simulation as an Alternative to Towing Tank Resistance Tests
    ・Clarifying rear flow vortical structures of 2box vehicle model by using unsteady large-scale CFD
    ・Cabin noise prediction for an automobile
    ・Prediction of performance and aerodynamic noise of a centrifugal fan
    ・Numerical Investigation of Unsteady Flows and Particle Behavior in a Cyclone Separator
  〇Research on energy conversion systems
    ・Cavitating flow in a Francis turbine
    ・Mechanism of appearance and disappearance of vortices in a pump sump
    ・Large-Eddy Simulation of Flow around Magnus Wind Turbine with Spiral Fins
    ・Research of Ultra Micro Gas Turbines


Papers
  〇Journal papers
  〇Invited talkes
Awards and media
  〇Awards
  〇Media
Facilities
  〇Low-noise wind tunnel test facilities
  〇40-mm ultra micro gas turbine measuring facilities
  〇4-mm ultra micro gas turbine measuring facilities


Member
  〇Professor
  〇Staff, Research Fellow, Other
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