Elastic-plastic Fracture Test Methods: The User's Experience : a SymposiumE. T. Wessel, F. J. Loss |
Contents
Introduction | 1 |
Welding Institute Research on the Fatigue Precracking of Fracture | 23 |
The Interpretation and Analysis of Upper Shelf Toughness Data | 47 |
ElasticPlastic Properties of Submerged Arc Weld Metal | 68 |
A Sensitivity Study of the Unloading Compliance SingleSpecimen | 84 |
On the Determination of ElasticPlastic Fracture Material | 104 |
The Use of the Partial Unloading Compliance Method for the | 117 |
ElasticPlastic Fracture Toughness Characteristics of Irradiated | 131 |
Discussion | 258 |
A Comparison of CrackMouth Opening and LoadLine | 278 |
Determination of Jic Values by the Double Clipon Gage | 294 |
Determining Crack Extension Using Displacement Based KeyCurve | 308 |
Integral Values of Steels Tested Under Constant Load | 322 |
Measurement of Stable Crack Growth Including Detection of | 338 |
Comparison of Potential Drop and Unloading Compliance Methods | 363 |
The Unloading Compliance Method for Crack Length Measurement | 375 |
Effects of Strain Aging in the Unloading Compliance J Test | 150 |
Some Observations on JR CurvesGregory p gibson and | 166 |
Experimental Observations of Ductile Crack Growth in Type 304 | 183 |
Cleavage Fracture of Steel in the DuctileBrittle Transition | 196 |
Engineering Aspects of CrackTip Opening Displacement Fracture | 230 |
Potential Drop Procedure for Crack Initiation and flCurve | 394 |
Workshop DiscussionSuggestions for a Modification of ASTM | 411 |
Summary | 417 |
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Elastic-plastic Fracture Test Methods: The User's Experience : a Symposium E. T. Wessel,F. J. Loss No preview available - 1985 |
Common terms and phrases
according American Society analysis application ASTM behavior bending blunting line calculated caused cleavage compact compared constant corresponding crack extension crack growth crack length crack-tip CTOD defined determined developed discussed displacement ductile crack effect elastic Elastic-Plastic Fracture Engineering errors estimate Evaluation experimental factor fatigue crack Figure Fracture Mechanics fracture toughness function gage geometry given increase indicated initiation integral J-R curve linear load lower material maximum measured observed obtained occur opening parameters plane plastic points potential drop precracked present procedure properties range record REFERENCE region relation relationship Report Research resistance respectively shown in Fig shows side side-grooved single Society for Testing specimen stable crack standard steel strain strength stress Table tearing technique temperature Test Methods Testing and Materials thickness transition unloading compliance valid values versus weld weld metal yield