ASTM STP 1417 Fatigue & Fracture Mechanics: 33rd Volume
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Reuter WG
The ASTM Committee E08 on Fatigue and Fracture sponsored the Thirty-Third National Symposium on Fatigue and Fracture Mechanics in June, 2001. This STP contains the proceedings of that symposium. The volume opens with the paper authored by Massachusetts Institute of Technology Professor Emeritus Frank McClintock and delivered during the symposium as the Twelfth Annual Jerry L. Swedlow Memorial Lecture. Professor McClintock's presentation provided a description of slip-line fracture mechanics (SLFM) and its application to fracture problems.
The thirty-seven papers that follow Professor McClintock's paper are broadly grouped into four categories. These categories are Practical Applications, Constraint and/or Welds, Fatigue, and Assorted Topics.
Specific topics covered by papers in this publication include:
- residual stress
- hydrogen cracking
- thermal barrier coating
- thick-walled, pressure vessel
- high cycle fatigue (HCF) crack growth
- fracture mechanics
- thermal and mechanical fatigue (TMF)
- Hertz analytical displacement field
- finite element analysis
- ductile fracture in damaged pipelines
- elastic-plastic contact finite element (EPFE) analysis
- multiaxial fatigue
- simulating strain rate caused by direct shock in an underwater explosion
- mixed-mode crack-tip stress fields
- center-cracked plate (CCP)
- single edge-notched bend specimen (SENB)
- crack-front field
- asymptotic solution
- constraint-based fracture mechanics
- ductile-to-brittle transition
- ductile fracture
- fracture toughness at weld fusion margins
- cleavage fracture
- weld modeling
- creep crack growth
- residual stress alteration
- fatigue crack propagation
- propagation of non-planar fatigue cracks
- uniaxial crack-closure analysis
- dynamic fracture toughness
- structural integrity assessment procedure (SINTAP)
This publication contains information useful and of interest to researchers, engineers, and others working in the nuclear industry, marine applications, aerospace, military applications, construction, or materials sciences and needing a resource with the latest research results and scientific data related to material performance and testing.