Review

  • Journal of Nuclear Fuel Cycle and Waste Technology
  • Volume 3(3); 2005
  • Article

Journal of Nuclear Fuel Cycle and Waste Technology 2005;3(3):231-236. Published online: Sep, 30, 2005

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Structural Evaluation on HIC Transport Package under Accident Conditions

  • Sung-Hwan Chung ; Duck-Hoi Kim ; Jin-Se Jung ; Ke-Hyung Yang and Heung-Young Lee
Abstract

HIC transport packaging to transport a high integrity container(HIC) containing dry spent resin generated from nuclear power plants is to comply with the regulatory requirements of Korea and IAEA for Type B packaging due to the high radioactivity of the content, and to maintain the structural integrity under normal and accident conditions. It must withstand 9 m free drop impact onto an unyielding surface and 1 m drop impact onto a mild steel bar in a position causing maximum damage. For the conceptual design of a cylindrical HIC transport package, three dimensional dynamic structural analysis to ensure that the integrity of the package is maintained under all credible loads for 9 m free drop and 1 m puncture conditions were carried out using ABAQUS code.

Keywords

Type B packaging,Dry spent resin,Accidental conditions,Structural integrity,Free drop,Puncture