Application of Static and Dynamic Crack Arrest Theory to Thermal Shock Experiment TSE-4
OCA-II, a Code for Calculating the Behavior of 2-D and 3-D Surface Flaws in a Pressure Vessel Subjected to Temperature and Pressure Transients
Maximum Volume-to-stress Ratio for a Two-radii-contour Diaphragm Pump
HFIR Preliminary Physics Report
Pressure Vessel Fracture Studies Pertaining to PWR LOCA-ECC Thermal Shock
OCA-I
Applicability of LEFM to the Analysis of PWR Vessels Under LOCA-ECC Thermal Shock
Modification of OCA-I for Application to a Reactor Pressure Vessel with Cladding on the Inner Surface
PWR Pressure Vessel Integrity During Overcooling Accidents
Application of Crack Arrest Theory to a Thermal Shock Experiment
Applicability of LEFM to the analysis of PWR vessels under LOCA-ECC thermal shock conditions
Inclusion of Unstable Ductile Tearing and Extrapolated Crack-arrest Toughness Data in PWR Vessel Integrity Assessment
The Role of Crack Arrest in the Evaluation of PWR Pressure Vessel Integrity During PTS Transients
Review of Pressurized-Water-Reactor-Related Thermal Shock Studies
Application of Probabilistic Fracture Mechanics to the Pressurized-Thermal-Shock Issue
Application of Probabilistic Fracture Mechanics to the PTS Issue
Fracture Properties of Specially Heat-Treated ASTM A508 Class 2 Pressure Vessel Steel
HFIR Core Nuclear Design
In-situ Gas Diffusion Experiments Associated with a Radioactive Waste Repository in Bedded Salt