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CarbideStrengthened Steels Physical Metallurgy
CarbideStrengthened Steels Processing and Properties
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ageing temperature alloying elements alloys annealed Ausforming austenite grain austenizing temperature bainitic behaviour carbide precipitation carbide-strengthened carbides carbon content cementite Chapter chromium cobalt content cobalt-containing composition cooling rate corrosion resistance Coutsouradis decrease deformation dislocation density ductility effect of cobalt fatigue Fe-Ni Fe2Mo ferrite formation fracture toughness grain refinement heat treatment high-strength steels HP 9-4-X steels hydrogen embrittlement increase intermetallic compounds isothermal lath martensite low-alloy steels low-carbon lower bainite maraging grades martensite matrix martensitic structure martensitic transformation mechanical properties Metals microstructure molybdenum Ni3Mo nickel nickel content nucleation occurs particles phase precipitation reactions precipitation-hardening Pyromet X-23 quenching relationship retained austenite content room temperature S-ferrite secondary hardening Section shown in Figure solid-solution solution stainless maraging steels stainless steels strength and toughness strength levels strength/toughness stress stress-corrosion resistance tempering temperature TEST TEMPERATURE titanium Trans twinned martensite ultimate tensile strength Ultrafort 401 welding yield strength