ANALYSIS OF EDS VESSEL CLAMPING SYSTEM AND DOOR SEAL
Abstract not provided.
Publications
Analysis of EDS Vessel Clamping System and Door Seal
Abstract not provided.
Simulation of Blast-Induced Early-Time Intracranial Wave Physics leading to Traumatic Brain Injury and its Mitigation by Various Helmet Designs
Abstract not provided.
Simulation & Correlation of Blast-Induced Early-Time Intracranial Wave Physics with Traumatic Brain Injury
Abstract not provided.
High speed penetration into low strength concrete target
Abstract not provided.
Predictability of steel containment response near failure
The Nuclear Power Engineering Corporation of Japan and the US Nuclear Regulatory Commission Office of Nuclear Regulatory Research, are co-sponsoring and jointly funding a Cooperative Containment Research Program at Sandia National Laboratories, Albuquerque, New Mexico, USA. As a part of this program, a steel containment vessel model and contact structure assembly was tested to failure with over pressurization at Sandia on December 11--12, 1996. The steel containment vessel model was a mixed-scale model (1:10 in geometry and 1:4 in shell thickness) of a steel containment for an improved Mark-II Boiling Water Reactor plant in Japan. The contact structure, which is a thick, bell-shaped steel shell separated at a nominally uniform distance from the model, provides a simplified representation of features of the concrete reactor shield building in the actual plant. The objective of the internal pressurization test was to provide measurement data of the structural response of the model up to its failure in order to validate analytical modeling, to find its pressure capacity, and to observe the failure model and mechanisms.
6 Results