机构地区: 东北大学
出 处: 《金属学报》 1996年第12期1275-1278,共4页
摘 要: 采用人工神经网络方法研究了助焊剂浓度、铝液温度、模具温度及压力与不锈钢-铝固液相压力复合剪切强度间的力学关系,并结合遗传算法优化出了最佳复合工艺. Effects of concentration of flux solution,temperature of liquid aluminium,temperature of tools and pressure on shearing strength in solid-liquid pressure bonding of stainless steel and aluminium were investigated by means of artificial neural networks. The optimum bonding parameters were optimized with a genetic algorithm.