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SEDL / STP / STP381-EB
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STP381
Fracture Toughness Testing and its Applications
ASTM Committee E-24
Pages: 412
Published: 1965
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The development of various new high-strength alloys and the broadening range of their applications, particularly in aerospace and in cryogenics, has brought about increased emphasis on the study of fracture characteristics. As a result, the technology of testing for fracture toughness and crack propagation has grown rapidly in recent years. So, too, has understanding of how to apply this testing technology to design problems such as selection of materials, heat treatment, welding procedures, structural shape and size, and effects of environment.
Table of Contents
Discussion
Discussion
Discussion
Discussion
Discussion
Discussion
Discussion
Critical Appraisal of Fracture Mechanics
Weiss V., Yukawa S.
Stress Analysis of Cracks
Paris P., Sih G.
Plasticity Aspects of Fracture Mechanics
McClintock F., Irwin G.
Crack-Velocity Considerations
Krafft J., Irwin G.
Fracture Toughness Testing Methods
Srawley J., Brown W.
Evaluation of Proposed Recommended Practice for Sharp-Notch Tension Testing
Heyer R.
Electron Fractography—A Tool for the Study of Micromechanisms of Fracturing Processes
Beachem C., Pelloux R.
Applied Fracture Mechanics
Tiffany C., Masters J.
Fracture Toughness Testing in Alloy Development
Wei R.
Fracture Toughness Testing at Alcoa Research Laboratories
Kaufman J., Hunsicker H.
The Application of Fracture Toughness Testing to the Development of a Family of Alloy Steels
Pascover J., Hill M., Matas S.
Fracture Testing of Weldments
Kies J., Smith H., Romine H., Bernstein H.
Incorporation of Fracture Information in Specifications
Payne W.
Introduction to the Panel Discussion
Brown W.
Committee: E08
Paper ID: STP381-EB
DOI: 10.1520/STP381-EB
ISBN-EB: 978-0-8031-4569-6
 ASTM International is a member of CrossRef.
0-8031-0105-8
978-0-8031-0105-0
STP381-EB
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