1)explosive welding爆炸焊接
1.Investigation on microstructure at the bonding interface of TiC cermet/steel composite plate prepared by explosive welding;TiC硬质合金/碳钢爆炸焊接复合板界面微观组织
2.Numerical analysis of explosive welding interface layer based on δ function;基于δ函数的爆炸焊接界面应力场数值分析
英文短句/例句
1.Experimental Study on Low Detonation Velocity Expanding ANFO Explosive Used in Metal Explosive Welding金属爆炸焊接用低爆速膨化铵油炸药实验研究
2.Nanocrystalline structure at explosive weld interface of 321 and Qd370qD steels321钢/Qd370qD钢爆炸焊接界面纳米晶组织
3.Microstructure of cementite beside interface in 321/Qd370qD explosive welding321/Qd370qD爆炸焊接界面渗碳体的微观结构
4.SAFETY ASSESSMENT AND SAFETY MANAGEMENT OF EXPLOSIVE WELDING PROCESS爆炸焊接过程的安全评价与安全管理
5.Microstructural Features Beside Interface in 321/Qd370qD Explosive Welded Plate321/Qd370qD爆炸焊接界面渗碳体特征
6.EFFECT OF MATERIAL STRENGTH ON FORMING PROCESS OF EXPLOSIVE WELDING INTERFACE WAVE材料强度在爆炸焊接界面波形成过程中的作用
7.Experimental Study on the Exploding Welding of Ni-Ti Shape Memory Alloy;镍钛形状记忆合金爆炸焊接技术的试验研究
8.The Study of the Process and the Rupture on the Explosion Welding-Rolling Ti-steel Composites Plate;爆炸焊接—轧制钛钢复合板——工艺和断口形貌研究
9.Analysis of Effect Factors and Parameter Optimization on Explosive Cladding Quality;爆炸焊接质量的影响因素及参数优化分析
10.DISCUSSION OF APPLICABILITY OF EXPLOSIVE WELDING TECHNOLOGY TO EQUIPMENT RUSH-REPAIRING爆炸焊接技术在装备抢修中的应用性分析
11.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
12.Experiment and Analysis on Jointing of Tool Steel and Carbon Steel by Explosive Welding工具钢-普碳钢复合板爆炸焊接试验与分析
13.Numerical Simulation and Analysis for Explosive Welding of Large Area Ti/Steel Composite Board;大面积钛/钢复合板爆炸焊接过程的有限元模拟与分析
14.Effect of Explosive Welding Parameter on Composite Plates Interface Structure and Mechanical Properties;爆炸焊接参数对复合板界面组织及力学性能的影响
15.Researches of Impact Dynamics Problems and Prepared Bulk Metallic Glass Composite by Explosive Welding块体非晶复合材料爆炸焊接冲击动力学问题研究及其实验制备
16.Explosive Mass-Bonding Property in Aluminum Alloy-Steel Explosive Welding铝合金-钢爆炸焊接装药量与界面性能的关系(英文)
17.Analysis & Experimental Research of Defects in Interface Caused by Gap Pillars in Explosive Welding爆炸焊接间隙与复合界面缺陷形成机理的试验研究
18.Calculation of the Angle Deformation in Explosive Welding Based on the Ideal Fluid Model of Symmetrical Colliding基于理想流体对称碰撞模型的爆炸焊接流场角变形计算
相关短句/例句
explosion welding爆炸焊接
1.This paper presents an experimental study on the inward explosion welding of the clad tube onto the base tube.本文对基管与复管的外包爆炸焊接进行了实验研究,观察了爆炸焊接界面的组织和波形,分析了用水作为铜管爆炸焊接的柔性芯模在减小基管爆炸缩径上的作用。
2.By adjusting explosion speed and density, interior explosion welding of the Al /stainless steel thin walled clad tube was researched (L/D≈60).通过调整爆炸物的爆速、松装密度等参数,采用内爆炸法对铝/不锈钢细长双金属复合管(L/D≈60)的爆炸焊接进行初步的研究。
3.Under normal conditions,after explosion welding,no welding can be found in the area of the detonator,but serious damages and deformations can be found in its surrounding areas,which affects adversely the quality of the material.在爆炸焊接工艺中,存在一种称为边界效应的物理现象。
3)explosion weld and rolling爆炸焊接-轧制
4)aluminium-steel explosive welding铝-钢爆炸焊接
5)explosive welding interface爆炸焊接界面
1.The temperature rise near explosive welding interface is caused by explosive adiabatic compression and abnormal energy deposition.爆炸焊接界面附近温升是由爆炸绝热压缩和畸形变形能沉积两者造成的。
6)explosive welding parameter爆炸焊接参数
延伸阅读
焊接:爆炸焊 利用炸药爆炸產生的衝击力造成工件迅速碰撞而实现焊接的方法(图1 爆炸焊示意图 )。20世纪 50年代末期﹐在用爆炸成形方法加工零件时﹐发现零件与模具之间產生局部焊合现象﹐由此產生了爆炸焊接的方法。爆炸焊接时﹐通常把炸药直接敷在覆板表面﹐或在炸药与覆板之间垫以塑料﹑橡皮作为缓衝层。覆板与基板之间一般留有平行间隙或带角度的间隙﹐在基板下垫以厚砧座。炸药引爆后的衝击波压力高达几百万兆帕﹐使覆板撞向基板﹐两板接触面產生塑性流动和高速射流﹐结合面的氧化膜在高速射流作用下喷射出来﹐同时使工件连接在一起。爆炸焊分点焊﹑线焊和面焊。接头有板和板﹑管和管﹑管和管板等形式。所使用炸药的爆轰速度﹑用药量﹑被焊板的间隙和角度﹑缓衝材料的种类﹑厚度﹑被焊材料的声速﹑起爆位置等﹐均对焊接质量有重要影响。爆炸焊所需装置简单﹐操作方便﹐成本低廉﹐适用於野外作业。爆炸焊对工件表面清理要求不太严﹐而结合强度却比较高﹐适合於焊接异种金属﹐如铝﹑铜﹑鈦﹑镍﹑鉭﹑不锈钢与碳钢的焊接﹐铝与铜的焊接等。爆炸焊已广泛用於导电母线过渡接头﹑换热器管与管板的焊接和製造大面积复合板。图2 爆炸焊焊接界面金相照片 是异种金属爆炸焊的焊接界面金相照片﹐基板为12NiCrMoV钢﹐覆板为B30﹐焊接界面为良好的波状接合。
