Kasahara Laboratory, Department of Nuclear Engineering and Management, School of Engineering, The University of Tokyo
  • Top
  • Japanese
  • Greetings
    • About
    • Prospective Students
  • Research
    • Safety and reliability of elevated temperature systems
    • Inelastic behavior of elevated temperature design
    • Analysis of thermal loadings and fatigue from fluid/structure interaction
    • Response and failure of systems due to excessive seismic activity
  • Education
    • Integration of different fields of study
    • Education and lecture
    • Conference and training
  • Contribution to Society
    • Fast breeder reactor cycle research and development
    • Safety enhancement of Light Water Reactor
    • Development of chemical plant high-cycle fatigue evaluation method
    • Clarification of the damage mechanism of liquid fuel rocket engines
    • Industrial Collaboration
  • Laboratory Information
    • Publications
    • People
    • Laboratory layout
    • Student Life
    • Access
  • Link
    • University of Tokyo
    • School of Engineering
    • Department of Nuclear engineering and Management
    • Demachi Laboratory
    • Internal website
  • Top /
  • Contribution to Society
    • Fast breeder reactor cycle research and development
    • Safety enhancement of Light Water Reactor
    • Development of chemical plant high-cycle fatigue evaluation method
    • Clarification of the damage mechanism of liquid fuel rocket engines
    • Industrial Collaboration
    /
  • Safety enhancement of Light Water Reactor

Examples of fatigue failure due to thermal stress, which is caused by fluid temperature fluctuation.

Japanese

Greetings

About Prospective Students

Research

Safety and reliability of elevated temperature systems Inelastic behavior of elevated temperature design Analysis of thermal loadings and fatigue from fluid/structure interaction Response and failure of systems due to excessive seismic activity

Education

Integration of different fields of study Education and lecture Conference and training

Contribution to society

Fast breeder reactor cycle research and development Safety enhancement of Light Water Reactor Development of chemical plant high-cycle fatigue evaluation method Clarification of the damage mechanism of liquid fuel rocket engines Industrial Collaboration

Laboratory Information

Publications People Laboratory layout Student life Access

Link Pages

University of Tokyo School of Engineering Department of Nuclear engineering and Management Demachi Laboratory Internal website
  • Top
  • Japanese
  • Greetings
    • About
    • Prospective Students
  • Research
    • Safety and reliability of elevated temperature systems
    • Inelastic behavior of elevated temperature design
    • Analysis of thermal loadings and fatigue from fluid/structure interaction
    • Response and failure of systems due to excessive seismic activity
  • Education
    • Integration of different fields of study
    • Education and lecture
    • Conference and training
  • Contribution to Society
    • Fast breeder reactor cycle research and development
    • Safety enhancement of Light Water Reactor
    • Development of chemical plant high-cycle fatigue evaluation method
    • Clarification of the damage mechanism of liquid fuel rocket engines
    • Industrial Collaboration
  • Laboratory Information
    • Publications
    • People
    • Laboratory layout
    • Student Life
    • Access
  • Link Pages
    • University of Tokyo
    • School of Engineering
    • Department of Nuclear engineering and Management
    • Demachi Laboratory
    • Internal website
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