Computational–Experimental Estimation of the Thermal-Deformation Conditions of Electrocontact Welding of a Woven Steel Gauze to Copper-Based Alloy Parts
摘要
Abstract—The theoretical problems related to the thermal-deformation processes during electrocontact welding of a woven steel wire gauze to copper-based alloy parts are studied. Mathematical dependences have been obtained to relate the geometric parameters of a gauze to the conditions of its welding using the proposed gauze shape coefficient.