This study examined the safety of nuclear spent-fuel (NSF) transport casks against accidental puncture events. Finite element analyses were conducted according to the accident conditions in NUREG-1536 and RG 7.8, which specify 1-m parallel and vertical drops on a rigid rod that has 15-cm diameter and 20-cm height. We focused on the safety evaluation of the cask body, baskets, and canister based on ASME BPVC Section III, and evaluated whether these elements would undergo excessive fracture or puncture
AbstractThe structural integrity of a dual-purpose metal cask currently under development by the Kor...
A series of analyses were performed to assess the structural response of spent nuclear fuel dry cask...
The structural integrity of a dual-purpose metal cask currently under development by the Korea Radio...
This paper comparatively evaluates stress-based and strain-based acceptance criteria that are sugges...
The stress-based criteria specified in ASME Section III (American Society of Mechanical Engineers, 2...
This paper aims to evaluate the structural dynamic responses and damage/failure of the nuclear fuel ...
This paper presents the results of the numerical analysis performed to asses the structural integrit...
A shielded cask is used to transport radioactive materials between facilities at the Idaho National ...
A shielded cask is used to transport radioactive materials between facilities. The cask was fabricat...
The National Spent Nuclear Fuel Program (NSNFP) has pursued a number of structural testing projects ...
Spent fuel storage casks intended for use at independent spent fuel storage installations are evalua...
The casks used for transport of nuclear materials, especially the spent fuel element (SPE), must be ...
The risks associated with the transport of spent nuclear fuel by truck and rail have been reexamined...
The inventory of spent nuclear fuel (SNF) generated in nuclear power plants is continuously increasi...
The purpose of this design calculation is to demonstrate that the handling operations of transportat...
AbstractThe structural integrity of a dual-purpose metal cask currently under development by the Kor...
A series of analyses were performed to assess the structural response of spent nuclear fuel dry cask...
The structural integrity of a dual-purpose metal cask currently under development by the Korea Radio...
This paper comparatively evaluates stress-based and strain-based acceptance criteria that are sugges...
The stress-based criteria specified in ASME Section III (American Society of Mechanical Engineers, 2...
This paper aims to evaluate the structural dynamic responses and damage/failure of the nuclear fuel ...
This paper presents the results of the numerical analysis performed to asses the structural integrit...
A shielded cask is used to transport radioactive materials between facilities at the Idaho National ...
A shielded cask is used to transport radioactive materials between facilities. The cask was fabricat...
The National Spent Nuclear Fuel Program (NSNFP) has pursued a number of structural testing projects ...
Spent fuel storage casks intended for use at independent spent fuel storage installations are evalua...
The casks used for transport of nuclear materials, especially the spent fuel element (SPE), must be ...
The risks associated with the transport of spent nuclear fuel by truck and rail have been reexamined...
The inventory of spent nuclear fuel (SNF) generated in nuclear power plants is continuously increasi...
The purpose of this design calculation is to demonstrate that the handling operations of transportat...
AbstractThe structural integrity of a dual-purpose metal cask currently under development by the Kor...
A series of analyses were performed to assess the structural response of spent nuclear fuel dry cask...
The structural integrity of a dual-purpose metal cask currently under development by the Korea Radio...