The Development and Application of Very Strong Steels: A Critical Review |
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Contents
TYPES OF STEEL AVAILABLE | 10 |
PROCESSING OF ULTRAHIGH STRENGTH STEELS | 18 |
RECOMMENDATIONS | 26 |
Copyright | |
Common terms and phrases
achieved Air Melt aircraft applications ausformed steels austenite bainitic carbon content cent Charpy chromium components composition conventional steels corrosion Cottrell Crucible Steel deformation ductility elevated temperatures Elong failure fatigue limit fatigue properties fatigue strength flaw forgings fracture toughness ft lb heat treatment high strength steels higher hydrogen embrittlement I.S.I. Special Report impact important improve increase Ineson influence lb/sq Longitudinal low alloy steels lower machining manufacturing maraging steels martensitic martensitic steels Metal Progress missile Ni-Cr-Mo notch toughness NOTCHED TENSILE STRENGTH plane strain possible precipitation hardening pressure problems processing produced proof stress quenched ratio reduction in area resistance secondary hardening steels shape shown in Figure Si-Cu-Mo-V steel specimen sulphur and phosphorus t.s.i. tensile techniques tempering temperature tensile strength tests tons/sq in tensile toughness and ductility transverse ductility Typical ultra-high strength steels undercarriage vacuum melted vacuum refining values vanadium weight welding yield strength