explosive welding

Explosive bonding parameters obtained from calculation show a proper window for explosive welding of stainless steel and regular steel billets.

爆炸焊接参数通过计算和优化设计，准确地预示了不锈钢/普碳钢大型厚板坯的爆炸焊接窗口；

Acetylene ( ethyne) Simplest alkyne, C2H2. A colourless, flammable, explosive gas, it is used as a fuel in welding and cutting metals and as a raw material for many organic compounds and plastics.

乙炔：最简单的炔（C2H2），无色可燃气体，广泛用作金属焰焊接和切割的燃料，也是合成许多有机化学品和塑料的原料。

Experimental study on elimination of no welding zone in explosive welding

消除爆炸焊接中心不结合区的实验研究

Analysis and Comparison of The Theoretical Calculation Velocity of Flying Plate with The Result of Experiment in Explosive Welding

爆炸焊接中飞板运动速度的理论计算与实验结果的对比分析

The results show that the generator can rapidly drain off well fluid between casing and welded reinforcing pipe through combustion gas doing work, which has good effect on improving explosive welding for casing.

结果表明，利用火药燃烧气体做功所设计的排液燃气发生器可以快速排除套管与焊接加固管之间的井液，可以显著提高爆炸法修复套管的效果。

Analysis of Strain Field Near Stagnation Point in Explosive Welding

爆炸焊驻点近区应变场分析

Experimental Study on Stress Wave Action of Explosive Welding Using Dynamic Photoelasticity

爆炸焊接中应力波作用的动光弹试验研究

The pressure field of bonding region in explosive welding has been measured with a manganin pressure gauge.

用锰铜压力量计测得了爆炸焊接结合区的压力场。

Research on movement of flyer plate in explosive welding

爆炸焊接飞板运动的研究

Explosion welding ( EXW) is one of the joining methods consisting of a solid state welding process in which controlled explosive detonation on the surface of a metal.

爆炸焊接是一种通过在金属表面施加可控的爆炸能量以实现金属连接的固态焊接方法。

Explosive welding is an effective and economical new technique for armor plates.

爆炸焊接对于钢板的焊接来说是一种经济而有效的新技术、新工艺。

Judge in Crackle of Explosive Welding Stainless Complex Steel Plate Conjoint Surface

爆炸焊不锈复合钢板结合面裂纹的判定

It is found that there is no welding sintering behavior due to friction between nanometer ceramic particles during explosive consolidation. This result can be used to judge the theory of the ECCP. 2.

通过研究发现，纳米陶瓷粉末颗粒在爆炸压实的条件下，不可能发生由于摩擦导致焊接的烧结行为，从而为爆炸压实烧结纳米陶瓷粉末的理论进行了澄清。

It is necessary to control the parameters of explosive welding and reduce forming compound of Al-Fe as far as possible.

需要严格控制爆炸焊接静态参数，尽量减少Al-Fe化合物脆性相生成量。

Measurement of Pressure Field of Bonding Region in Explosive Welding with Manganin Pressure Gauge

爆炸焊接结合区压力场的锰铜压力量计测量

Calculation of the Parameters in Computer Aided Design of Explosive Welding

爆炸焊接计算机辅助设计中参数的计算

Simulation of effects of stand-off distance on explosive welding of three-layer tubes

间隙对三层圆管爆炸焊接影响的数值模拟

Some issues caused by high pressure and plastic shear action at explosive welding interfaces have not been a unified theoretical explanation by now. Such as interface wave formation mechanism, combining mechanism, the evolution of adiabatic shear band, et al.

目前，爆炸焊接界面上由高压塑性剪切作用引起的一些问题尚无统一的理论解释，例如：界面波的成波机理、爆炸焊接结合机理、以及绝热剪切带的衍生发展过程等等。