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本文应用能量和动量守恒定规,以及金属板爆炸焊接量热法试验,总结出一种计算图表,由这些图表可以确定平接头的爆炸焊接过程的能量平衡的诸要素。通过计算数据与试验数据的比较证实了该方法的可靠性。鉴于爆炸焊接在工业中的扩大使用,在爆炸焊接过程和焊接接头性能的动力学概念和试验资料的积累中,其问题是如何从经验方式过渡到用计算方法来确定所给定的各种接头和材料的有效的焊接工艺。在这方面的首要步骤之一是定量评定的爆炸焊接中能量平衡诸分量。本研究致力于综合归纳一种用以确定这些分量的计算系统。从计算观点[图1]来看,平行的两块平板的爆炸焊接过程是最简单的。目前这种装置正获得
In this paper, we use energy and momentum conservation rules and metal plate explosion welding calorimetry tests to conclude a computational chart from which you can determine the key elements of the energy balance during explosive welding of flat joints. The reliability of this method is confirmed by comparing the calculated data with the experimental data. In view of the expanded use of explosive welding in the industry, the question of the kinetic concept and the accumulation of experimental data in the explosion welding process and the performance of the welded joint is how to transition from empirical mode to computationally determined various joints And the material of the effective welding process. One of the first steps in this regard is to quantitatively assess the components of energy balance in explosive welding. This research is dedicated to synthesizing a computational system to determine these components. From the calculation point of view [Figure 1] point of view, the parallel two plate explosion welding process is the most simple. This device is currently available