Critical experiments, measurements, and analyses to establish a crack arrest methodology for nuclear pressure vessel steels: seventeenth quarterly report, October 1978 - December 1978
What people are saying - Write a review
We haven't found any reviews in the usual places.
Other editions - View all
A. R. Rosenfield A508 weld metal Araldite ASTM STP 627 Charpy Impact Charpy impact tests CM CM CN CN Cooperative Test CRACK ARREST CAPSULE Crack Arrest Methodology crack arrest toughness CRACK JUMP DISTANCE crack speed DCB specimen DCB TEST SPECIMEN duplex specimens Dynamic Analysis dynamic crack propagation dynamic fracture dynamic stress intensity elastic material energy release rate equations experimental Fast Fracture Fracture and Crack Fracture Mechanics fracture toughness G. T. Hahn initial irradiation isothermal process Kalthoff linear elastic linear viscoelastic M. F. Kanninen Methodology for Nuclear nuclear pressure vessels Nuclear Regulatory Commission P. C. Gehlen parameter polymers precompression PRESSURE VESSEL STEELS Progress Report Contract Progress Report Task propagation and arrest Quarterly Progress Report R. G. Hoagland Report Task Agreement rH rH shown in Figure strain energy stress intensity factor thermocouple U. S. Nuclear Regulatory visco viscoelastic materials weld embrittled specimen weldment yield strength