Thermo-Mechanical Analysis in W/Cu-Alloy Joints with Different Interlayer Thickness

Jian Jun Sha; Jing Wang; Xiao Wei Gao

doi:10.4028/www.scientific.net/AMR.123-125.595

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Thermo-Mechanical Analysis in W/Cu-Alloy Joints with Different Interlayer Thickness
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 123-125Thermo-Mechanical Analysis in W/Cu-Alloy Joints...

Thermo-Mechanical Analysis in W/Cu-Alloy Joints with Different Interlayer Thickness

Abstract:

Thermo-mechanical analysis for W/Cu-alloy joints with different interlayer thickness of OFHC-Cu was carried out by FEM calculation. The result indicated that the compliant OFHC-Cu can significantly reduce the magnitude and concentration of stress and plastic strain, but a weak influence on the temperature distribution. A comparison was made on the residual stress and plastic strain between the fabrication and operation conditions. It was found that the optimum thickness of OFHC-Cu is 1.0 mm in current analysis conditions.