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   copper clad aluminum 的翻译结果: 查询用时:0.007秒
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copper clad aluminum
相关语句
  铜包铝
     MACHINING PROCEDURE AND SOLID-STATE BONDING MECHANISM OF CLAD-PROCESS WELDING COPPER CLAD ALUMINUM WIRE
     包复焊接铜包铝线加工工艺与固相结合机理研究
短句来源
     Quality analysis and production process of T2 Copper Clad Aluminum
     铜包铝紫铜带的生产工艺与质量分析
短句来源
     Microstructure and mechanical properties of copper clad aluminum wire by drawing at room temperature
     铜包铝线材室温拉变形后的显微组织和力学性能
短句来源
     Application advantage of CCAW(copper clad aluminum wire) and processing technology of clad-process welding CCAW were introduced. The effect factor of solid-state bonding during drawing the bimetal wire was analyzed.
     介绍了铜包铝线的使用优点和包复焊接铜包铝线加工工艺过程,分析了通过双金属拉拔实现金属间固相结合的影响因素;
短句来源
     This article introduces the production process of T2 Copper Clad Aluminum Analyses the factors influence surface quality of T2 CCA ,and puts forward the control measure also.
     本文简述了铜包铝紫铜带的生产工艺,并对生产中影响铜包铝紫铜带表面质量的主要因素和控制措施进行了论述。
短句来源
  “copper clad aluminum”译为未确定词的双语例句
     The microstructure and mechanical properties of pure copper clad aluminum wires in different diameters by drawing at room temperature were studied.
     研究经室温拉变形后的纯铜包覆铝合金的不同线径的线材的显微组织及力学性能。
短句来源
  相似匹配句对
     Quality analysis and production process of T2 Copper Clad Aluminum
     铜包铝紫铜带的生产工艺与质量分析
短句来源
     COPPER
     铜
短句来源
     The Selection of Copper & Aluminum as Conductor
     铜铝并用 各得其所
短句来源
     Copper Clad Laminate Technology (Ⅺ)
     覆铜板技术(11)
短句来源
     Flexible Copper Clad Laminate
     挠性覆铜板
短句来源
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  copper clad aluminum
Rigid coaxial cable has a solid aluminum outer tube and a center conductor of copper-clad aluminum.
      


The extrusion of the bimetal material(Copper-clad aluminum)was an- alyzed by finite element method(FEM).The distributions of the stress and strain in both metals were obtained.It is shown that the non-homogeneous flow of in bimetal material becomes to be intensified because of their difference in mechanical properties between these two metals.The analysis method and the results in this paper are conducive to the prediction of the bimetal ductile fracture during extrusion and the selection of...

The extrusion of the bimetal material(Copper-clad aluminum)was an- alyzed by finite element method(FEM).The distributions of the stress and strain in both metals were obtained.It is shown that the non-homogeneous flow of in bimetal material becomes to be intensified because of their difference in mechanical properties between these two metals.The analysis method and the results in this paper are conducive to the prediction of the bimetal ductile fracture during extrusion and the selection of the appropriate extrusion parameters.

本文对Cu/Al双金属材料(套层为Cu、芯层为Al)的挤压成形进行了有限元分析,获得了两组元金属区域的应力、应变分布规律,分析结果表明,由于组元金属Cu 和 Al 的力学性能差异,加大了挤压过程中材料流动的不均匀程度。本文的分析方法和结果可以为双金属材料韧性断裂的预测分析以及合理地选择工艺参数提供科学的依据。

Application advantage of CCAW(copper clad aluminum wire) and processing technology of clad-process welding CCAW were introduced. The effect factor of solid-state bonding during drawing the bimetal wire was analyzed. The clad-process welded CCAW can completely substitute the imported products according to the comprehensive analysis.

介绍了铜包铝线的使用优点和包复焊接铜包铝线加工工艺过程,分析了通过双金属拉拔实现金属间固相结合的影响因素;综合分析比较认为包复焊接铜包铝线可以完全替代进口产品。

The microstructure and mechanical properties of pure copper clad aluminum wires in different diameters by drawing at room temperature were studied.The results show that the microstructure of the cladding wire by drawing at room temperature is vimineous grain as fibril shape from prime equiaxed grain.The fibril diameter is in inverse proportion to deformation and the fibril length is in direct proportion to the square of deformation approximately.The ultimate tensile strength of the cladding wire by drawing...

The microstructure and mechanical properties of pure copper clad aluminum wires in different diameters by drawing at room temperature were studied.The results show that the microstructure of the cladding wire by drawing at room temperature is vimineous grain as fibril shape from prime equiaxed grain.The fibril diameter is in inverse proportion to deformation and the fibril length is in direct proportion to the square of deformation approximately.The ultimate tensile strength of the cladding wire by drawing at room temperature goes up in direct proportion to square root of deformation,whereas the elongation decreases and fluctuates.Based on the ultimate tensile strength of prime pure copper and alloy aluminum,the ultimate tensile strength of the cladding wires with different diameters can be doped out by mix principle of composite material.

研究经室温拉变形后的纯铜包覆铝合金的不同线径的线材的显微组织及力学性能。结果表明:显微组织自原始的等轴晶变为细长条纤维状,纤维直径与形变量近似地成反比,纤维长度与形变量的平方近似地成正比;经室温拉变形的铜包铝线的极限抗拉强度随形变量增大而增大,与形变量平方根呈直线关系;延伸率随形变量增大逐渐降低,但延伸率波动较大。根据原始纯铜和合金铝的极限抗拉强度值,可以用复合材料强度的混合法则近似地预测不同线径的铜包铝线的极限抗拉强度。

 
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