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SEDL / STP / STP711-EB
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STP711
Crack Arrest Methodology and Applications
Hahn GT, Kanninen MF
Pages: 439
Published: 1980
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22 papers address emerging crack arrest test methods and reflect the substantial progress made during the past 2-1/2 years. The test procedures presented document cooperative evaluation that includes investigations from 11 foreign countries.
Table of Contents
Introduction
Hahn G., Kanninen M.
Summary
Hahn G., Kanninen M.
A Dynamic Viscoelastic Analysis of Crack Propagation and Crack Arrest in a Double Cantilever Beam Test Specimen
Kanninen M., Popelar C.
A Model for Dynamic Crack Propagation in a Double-Torsion Fracture Specimen
Popelar C.
Fast Fracture Simulated by Conventional Finite Elements: A Comparison of Two Energy-Release Algorithms
King W., Malluck J.
The SMF2D Code for Proper Simulation of Crack Propagation
Perl M., Shmuely M.
Dynamic Fracture Analysis of Notched Bend Specimens
Kobayashi A., Loss F., Mall S.
Influence of Specimen Geometry on Crack Propagation and Arrest Toughness
Brickstad B., Dahlberg L., Nilsson F.
Experimental Analysis of Dynamic Effects in Different Crack Arrest Test Specimens
Beinert J., Kalthoff J., Klemm W., Winkler S.
Comparison of Crack Behavior in Homalite 100 and Araldite B
Kobayashi T., Metcalf J.
Some Effects of Specimen Geometry on Crack Propagation and Arrest
Gates R.
A Dynamic Photoelastic Study of Crack Propagation in a Ring Specimen
Dally J., Kobayashi T., Shukla A.
Fast Fracture: An Adiabatic Restriction on Thermally Activated Crack Propagation
Burns S.
Dynamic Photoelastic Determination of the ˙a-K Relation for 4340 Alloy Steel
Dally J., Kobayashi T.
Comparison of Crack Arrest Methodologies
Crosley P., Ripling E.
KId-Values Deduced from Shear Force Measurements on Double Cantilever Beam Specimens
Burns S., Chow C.
Some Comments on Dynamic Crack Propagation in a High-Strength Steel
Bílek Z.
A Cooperative Program for Evaluating Crack Arrest Testing Methods
Barnes C., Hahn G., Hoagland R., Rosenfield A.
Critical Examination of Battelle Columbus Laboratory Crack Arrest Toughness Measurement Procedure
Fourney W., Kobayashi T.
Fast Fracture Toughness and Crack Arrest Toughness of Reactor Pressure Vessel Steel
Hahn G., Hoagland R., Lereim J., Markworth A., Rosenfield A.
Significance of Crack Arrest Toughness (KIa) Testing
Crosley P., Ripling E.
A Theoretical Model for Crack Propagation and Crack Arrest in Pressurized Pipelines
Kanninen M., McGuire P., Popelar C., Sampath S.
Analytical Interpretation of Running Ductile Fracture Experiments in Gas-Pressurized Linepipe
Freund L., Parks D.
An Analysis of the Dynamic Propagation of Elastic and Elastic-Plastic Circumferential Cracks in Pressurized Pipes
Emery A., Kobayashi A., Love W., Neighbors P.
Application of Crack Arrest Theory to a Thermal Shock Experiment
Cheverton R., Gehlen P., Hahn G., Iskander S.
Crack Arrest in Water-Cooled Reactor Pressure Vessels During Loss-of-Coolant Accident Conditions
Marston T., Smith E., Stahlkopf K.
Index
Committee: E08
Paper ID: STP711-EB
DOI: 10.1520/STP711-EB
ISBN-EB: 978-0-8031-4779-9
 ASTM International is a member of CrossRef.
0-8031-0317-4
978-0-8031-0317-7
STP711-EB
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