Welding Science and Metallurgy |
Contents
The Influence of Carbon on Iron | 9 |
The Heat Treatment of Steels | 23 |
Consideration of Effects during | 31 |
Copyright | |
9 other sections not shown
Common terms and phrases
acetylene alloying elements annealing Arrow austenitic manganese steel austenitic stainless steel base material brass brittle bronze carbon content carbon steel casting cementite clad steels cold-rolled composition compound contraction stresses cooling rate copper corrosion cracking cut edge deoxidized dilution ductile effect electrode eutectoid ferrite flame flux fracture gases grain boundaries graphite grey cast-iron hardening hardsurfacing heat treatment heat-affected zone heat-treatable hydrogen increase inert gas joint layer low alloy steels manganese manual metal-arc process manual metal-arc welding martensite mechanical properties melting point microstructure mild steel mild steel plates molybdenum nickel occurs oxide oxy-acetylene process oxy-acetylene welding oxygen pearlite phosphor bronze precipitation preheat temperature quenching rate of cooling reaction recrystallization resistance result room temperature run of weld silicon slow cooling solid solution solidification steel containing suitable surface take place tensile strength transformation range tungsten carbide tungsten inert gas weld deposit weld metal weld pool welding is carried welding process whilst zinc