金属复合板

金属复合板生产方法的发展现状

Current Development Condition of Process of Metal Clad Plate

介绍了目前金属复合板生产方法的发展现状，分析了各种生产方法的优缺点。

The current development condition of process of metal clad plate is introduced , and the advantages and disadvantages of some processes are analyzed in this paper .

介绍了用Al－Ti－Al合金金属复合板钎焊工业纯钛的研究结果。

The results of a study of commercial pure ( C P ) titanium brazing with Al - Ti - Al clad metal sheet are presented .

层状金属复合板的研究和生产现状

Overview of Research and Manufacture of Layer - Metal Composite Plate

爆炸金属复合板的生产及在制盐工业中的使用

Applications of the Exploded Metal Clad Plates in Salt Making

含缺陷层状金属复合板等离子体弧柔性成形研究

Research on Plasma Arc Forming of Laminated Clad Metal Sheets Containing Defects

金属复合板在真空制盐工业上的应用

Applications of Metal Complex Plates in Vacuum Salt Plants

这种金属复合板是采用特殊的轧制复合工艺加工而成的。

The clad metal sheet has been produced by a proprietary roll bonding process .

一种测试冷轧双金属复合板撕裂结合强度方法的研究

Study of A Tearing Method Measuring Bonding Strength of Cold Rolling Cladding Bimetal Strip

介绍了有关层状金属复合板的研究和生产现状。

The observation on the research and manufacture of layer metal composite plate were introduced .

本文从深层次上分析了双金属复合板的复合机理及影响复合强度的因素。

This article analyzes the solid phase bonding mechanism and main factor influencing bond strength .

四川省宜宾金属复合板厂

Sichuan Yibin Clad Metal Sheet Plant

爆炸焊接是生产金属复合板、管、棒等复合材料的一种技术。

Explosive welding is a kind of technology to produce composite plate , tube , bar and other composites .

爆炸焊接、轧制、爆炸+轧制复合法是目前3种主要的层状金属复合板的生产方法。

The explosive welding , roll cladding and explosive welding + rolling are three main processes currently in the manufacture of the layer-metal composite plate .

模拟结果证实了应用显式动力学弹塑性有限元法模拟双金属复合板轧制的可行性，且计算所得轧制力与实验结果吻合较好。

The specific rolling force distribution was obtained by simulation and the calculated results of rolling force are in good agreement with the measured ones .

双金属复合板因其特殊的机械性能、物理性能等指标，可以更有效的满足生产实际的需要，所以对其生产工艺的研究势在必行。

Bimetal composite sheet has special mechanical and physical performances , which can supply the industry needs , so it is necessary to make research on it .

应用大型有限元软件ANSYS/LS-DYNA对双金属复合板的轧制过程进行了数值模拟，获得了单位轧制压力的分布情况，并由此计算出双金属复合板的轧制力。

By means of large dynamic explicit FEM code ANSYS / LS-DYNA , the numerical simulation was carried out in bimetal rolling process and the feasibility of above method in simulating bimetal rolling was proved .

金属复合橡胶板（MCR）的研发与运用

R & D and Application of Metal Compound Rubber ( MCR ) Plates

利用大型非线性有限元程序LS-DYNA，对陶瓷/金属复合靶板的侵彻问题进行数值模拟，研究了陶瓷面板中锥形破坏区的形成过程。

The numerical simulation of the penetration of composite ceramic / metal armours was carried out by using a large-scale nonlinear Finite Element code LS-DYNA .

陶瓷/金属复合靶板受可变形弹体撞击的理论分析模型

Analytical Model of Ceramic / Metal Armor Impacted by Deformable Projectile

立浇双金属复合衬板金相组织分析

Analysis of metallographic structure of vertical cast bimetallic composite liners

双液、双金属复合颚板的研制

Development of Bi - Metal Liquid Cast Jaw Plate for Stone Breaker

弹体侵彻陶瓷/金属复合靶板问题的研究

Study on ceramic / metal armor penetrated by projectile

水轮机聚烯烃塑料与金属复合抗磨板

The Turbine Facing Plate Compounded Polyolefine and Metal

双金属复合冲击板试验研究

Experimental study on duplex metal compound compact plate

陶瓷/金属复合靶板优化设计

Optimization of Ceramic / Metal Composite Targets

立浇双金属复合衬板力学性能的试验研究

Test and Study on Mechanical Properties of Liner Plate with Two Kinds of Metal Compounded by Vertical Cast

简要介绍了各种金属夹芯复合板的结构形式、特点及其应用领域。

This paper simply introduces the structure types of different kinds of metal sandwich panels and their characteristic , application field .

通过不同尺寸的铁金属蜂窝复合板在不同荷载作用下的结构性能实验，分析和论述了这种板的承载力、变形及破坏特征，对该种板的生产和使用有一定的指导作用

The bearing capacity , deformation and failure state of various dimension of beehive iron plate under various load were discussed . The Acoustical Properties and Practical Application of Honeycomb Combined Absorbers

根据薄板在冲击载荷作用下的动力响应理论，利用能量法建立了陶瓷/金属复合靶板抵抗小型穿甲弹侵彻的理论分析模型。

A simplified model of ceramic / metal composite armor against small armour piercing ( AP ) has been built up based on the dynamic response theory of the impacting load to laminated target .