Society contribution　－　Enhancement of chemical plant and rocket engine reliability

Development of high cycle thermal fatigue evaluation methods for chemical plants

Development of high cycle thermal fatigue evaluation methods for Y-shaped and T-shaped piping in chemical plant for liguid or gas in high or low pressure conditions.

Clarification of rocket engine damage from fluids.

Clarification of heat transfer from combustion gas cycle and cooling fluid in rocket engine and low cycle thermal fatigue ratchet deformation

• TOP

• Japanese

• Greetings

• Safety and reliability of elevated temperature systems
• Analysis of thermal loadings and fatigue from fluid/structure interaction
• Inelastic behavior of elevated temperature designs

• Integration of different fields of study
• Education philosophy
• Lecture and training

• Fast breeder reactor cycle research and development
• Safety enhancement of
  ligth water reactors
• Enhancement of chemical plant
  and rocket reliability

• Publications
• Menbers
• Laboratory layout
• Student life
• Access

• University of Tokyo
• School of engineering
• Department of
  nuclear engineering and management
• Demachi laboratory
• Ishiwatari laboratory