Welding Metallurgy of
Citations
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Cites background from "Welding Metallurgy of"
...Figure 1-32 Effect of temperature gradient G and growth rate R on the morphology and size of solidification microstructure [62]...
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...39 Figure 1-32 Effect of temperature gradient G and growth rate R on the morphology and size of solidification microstructure [62] ....
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4 citations
Cites background or methods from "Welding Metallurgy of"
...Cooling rate equations can be used to calculate the critical cooling rate (CCR) under a given set of welding conditions and to determine the preheat temperature requirement for the plate in order to avoid the CCR [10, 11]....
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...Cooling rate equations can be used to calculate the critical cooling rate (CCR) under a given set of welding conditions and to determine the preheat temperature requirement for the plate in order to avoid the CCR [10, 11]....
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...Accordingly, two different empirical equations are used for calculating the cooling rate in HAZ depending upon the relative plate thickness and welding conditions [10, 11]....
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...The thermal conditions in and near welds govern the resulting metallurgical structure, mechanical properties, residual stress and distortion of the welded part [10]....
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...g), Ti is the temperature of interest (oC), and To is the initial plate temperature (oC) [10, 11]....
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3 citations
Cites background from "Welding Metallurgy of"
...8 Schematic of gas metal arc welding process, a) process overall, b) fusion area [23]...
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...8 Schematic of gas metal arc welding process, a) process overall, b) fusion area [23]....
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...Three key factors control the procedure for GMAW of aluminum: the availability of equipment, the welded material thicknesses, and the alloy content [23]....
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References
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