Mathematical Modelling of Weld Phenomena, Volume 1Horst Cerjak, K. E. Easterling |
Contents
Heat and Fluid Flow in Welding | 3 |
Analysis of Weld Metal Solidification and Microstructures | 41 |
Recent Research on Numerical Analysis of Weldability in Japan | 72 |
Copyright | |
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Common terms and phrases
acicular ferrite allotriomorphic ferrite aluminium arc welding austenitisation bainite boron calculated carbide carbon cementite chemical composition chromium computed concentration convection cooling rate DEBROY dendrite diagram diffusion distribution EASTERLING effect energy equation equilibrium experimental expert system Figure formation function fusion line gradient grain boundaries grain refinement GRONG growth GTAW H.K.D.H. BHADESHIA hardness heat flow heat source HSLA Steel inclusions interface J.M. VITEK kinetics laser liquid low-alloy low-alloy steels martensite melt microstructure nitrogen nucleation oxide oxygen particles peak temperature phase transformations plasma plate plot precipitates predict procedure profiles pulse pitch pulsed weld PWHT region S.A. DAVID simulation solid solidification solute specimens stainless steel Steel Weld Metals Submerged Arc Weld surface tension tempering tion titanium toughness Trans volume fraction weld deposits weld pool weld pool surface weld thermal cycles weldability Welding Journal welding processes weldments Widmanstätten ferrite zone