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MHI Nuclear Development Corporation

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      • Research and development, testing related to nuclear power plants

      • Research and development, testing of nuclear fuel and core internals

      • Research and development, testing of nuclear fuel cycle and back-end related technologies

      • Operations related to the transportation of radioactive materials

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  • Business
    • Technology
    • Published Report
  • About Us
    • Management and auditing of public research funds
    • Specific Personal Information Protection Policy
    • Policy of Quality, Environment, Safety and Health
  • Sustainability

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    • Research and development, testing of nuclear fuel and core internals - 
    • Research and development of fuel pellets - 
    • Development of fuel pellet thermal creep evaluation technology

    Development of fuel pellet thermal creep evaluation technology

    We are developing an indentation creep test using a high-temperature micro-indentation system and its numerical analysis technology to understand the influence of thermal creep characteristics of pellets due to interaction with cladding tubes during reactor operation.

    High-temperature micro-indentation system / Example of equivalent stress distribution in sample during indentation creep test

    Business

    • Technology
      • Research and development, testing related to nuclear power plants
      • Research and development, testing of nuclear fuel and core internals
        • Post irradiation examination and irradiation behavior evaluation
        • Research and development of fuel pellets
        • Research and development of fuel claddings
        • Research and development on hydraulic characteristics of fuel assemblies and components
        • Research and development on mechanical characteristics of fuel assemblies and components
      • Research and development, testing of nuclear fuel cycle and back-end related technologies
      • Operations related to the transportation of radioactive materials
    • Published Report
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