Toughness Characterization and Specifications for HSLA and Structural Steels: Proceedings of the AIME Annual Meeting, Atlanta, 1977
P. L. Mangonon, Jr.
Metallurgical Society of AIME, 1979 - Technology & Engineering - 384 pages
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Toughness Characterization and Criteria for Steel
Transition Temperature Characterized by Precracked
Relationship Between the VNotch Charpy Characteristics
13 other sections not shown
acicular ferrite alloy analysis ASTM austenite bainite base metal behavior brittle fracture initiation carbides carbon Charpy impact Charpy impact test Charpy specimens Charpy V-notch cleavage composition controlled rolling cooling correlation crack advance crack extension crack growth crack length crack tip curve decrease delamination determined displacement ductile fracture ductility DWTT effect elongated ferrite ferrite grain Fracture Mechanics fracture surface fracture toughness Frostline ft-lb heat high-strength hot rolled HSLA steels increase load lower manganese material measured mechanical properties method microalloyed microstructure molybdenum nitrogen notch parameters pearlite pipe plastic plate steels plate thickness precipitation precipitation strengthening precracked R-curve shear temperature shown in Figure strain stress structural steels submerged arc weld sulfides sulfur Table techniques tensile through-thickness titanium content transition temperature transverse upper shelf energies values vanadium volume fraction weld metal weldment yield strength