Physical Simulation of Weldability of Weldox 1300 Steel
p.551
p.551
Physical Simulation on Microstructure and Properties for Weld HAZ of X100 Pipeline Steel
p.556
p.556
The Effect of Stabilizers on the Grain Growth and Impact Toughness of 21%Cr Ferritic Stainless Steels High-Temperature Heat-Affected Zones
p.562
p.562
Thermodynamic Modeling of a Wide Thin Steel Plate Irradiated by a Moving Gaussian Laser Beam
p.570
p.570
Verification of a Thermodynamic Model of a Wide Thin Steel Plate Irradiated by a Moving Gaussian Laser Beam
p.578
p.578
Numerical Simulation of SAW Heat Source in the External Longitudinal Magnetic Field in 16Mn Steel
p.584
p.584
Physical and Numerical Simulations of the Microstructure Evolution in AA6082 during Friction Stir Processing by Means of Hot Torsion and FEM
p.590
p.590
Development of Predicted Stress and Strain during Conventional and after Mitigation of Welded Aluminium-Manganese Alloy
p.596
p.596
Effect of Sn Content on the Microstructure, Mechanical and Electrical Properties of Ti2AlC/Cu Joints Brazed with Cu-Sn-Ti Filler Alloy
p.602
p.602
Verification of a Thermodynamic Model of a Wide Thin Steel Plate Irradiated by a Moving Gaussian Laser Beam
Abstract:
A thermodynamic model was developed to describe the quasi-steady thermal process of a wide thin steel workpiece irradiated by a moving Gaussian laser beam. In this study, an experiment was done on six steels to verify this model. The calculated Ac1 and Ac3 depths and temperature cycles were compared with the measured results. For AISI 4340 steel, correction coefficients were applied to produce an empirical equation for temperature cycles above 488.4°C.
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Info:
Periodical:
Materials Science Forum (Volume 762)
Pages:
578-583
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Online since:
July 2013
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