Welding Science and Metallurgy |
Contents
The Influence of Carbon on Iron | 9 |
The Heat Treatment of Steels | 23 |
Consideration of Effects during | 31 |
Copyright | |
7 other sections not shown
Common terms and phrases
added allow alloy steels alloying elements aluminium amount annealing applied Arrow atoms austenite austenitic stainless steel base brass brittle carbide carbon carbon content carried cast-iron casting cause chapter chromium clad cold combination complete component composition compound condition conduction considerable considered containing contraction cooling copper cracking deposit ductile effect electrode eutectoid ferrite filler flux followed give grain boundaries grains graphite hardening hardness heat heat-affected zone hydrogen increase iron joining joint known layer less losses low alloy low alloy steels manganese manual metal-arc martensite material melting method microstructure mild steel necessary nickel obtained occurs oxide oxy-acetylene oxygen pearlite piece plates possible precipitation preheat prevent produced properties pure quenching range rapid reaction reason reduced remains removed resistance result run of weld seen shows solid solution solidification stresses structure suitable surface take place temperature transformation tungsten weld metal welding process whilst