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1)  bimetal clad layer
双金属转子复合层
1.
To enhance resolution of Ultrasonic Image System,an ultrasonic transducer used for testing bimetal clad layer was developed.
为了提高超声成像系统的分辨率,研制了用于检测双金属转子复合层扩散焊连接质量的超声换能器。
2)  bimetallic rotor
双金属转子
3)  bimetal compound
双金属复合
1.
Selecting cast aluminum alloy and cast steel as inner loop and outer loop of the bimetal compound casting respectively, the casting was produced by induction heating in mold.
双金属复合铸件外圈采用铸造铝合金,内圈选取碳素结构钢,采用型内感应加热工艺进行复合。
2.
A good metallurgical combination at interface of bimetal compound casting was obtained.
双金属复合铸件外层采用铸造铝合金,内层选取碳素结构钢,采用型内感应加热工艺进行复合。
4)  clad metal
双金属复层铸坯
1.
The effects of DC(Direct Current)magnetic field on the molten metal flow during the preparation of clad metal are numerically studied with the engineering software FLUENTThe cladding billet of aluminum alloys was successfully produced by using the processing parameters obtained from the simulation optimization.
借助工程应用软件FLUENT誖,模拟研究了直流磁场对双金属复层铸坯制备过程金属液流动的影响规律,依据模拟优化的工艺参数,成功制得复层铝合金铸坯。
5)  Bimetallic Cladding Process
双金属复合工艺
6)  bimetal composite
双金属复合材料
1.
Study on Interface of High Speed Steel/Structural Steel Bimetal Composite;
高速钢/结构钢双金属复合材料界面研究
2.
Based on the large deformation elastic-plastic finite element method(FEM) theory and finite model,the process of solid phase bonding for Cu/Al bimetal composite by hydrostatic extrusion was analyzed by ANSYS FEM with frictional elements inserted between two contacting metals.
基于大变形弹塑性有限元理论,采用ANSYS有限元程序,通过建立合理的有限元分析模型,对Cu/Al双金属复合材料静液挤压固相结合的非稳态过程进行了数值模拟研究,得到了变形体在挤压过程中的等效应力、应变分布及相对滑动量随摩擦系数的变化情况,揭示了组元金属在静液挤压成形过程中的流动规律,指出在一定的变形量条件下,增大内外层金属之间的摩擦系数是较好实现内外层金属固相结合的主要方法。
3.
So far as the high speed steel-spheroidal graphite cast iron bimetal composite produced by the centrifugal casting and adopted for rollers is concerned,the quality of bimetal binding zone is a main index to evaluate the overall characteristics of product.
对用于轧辊的离心铸造高速钢-球墨铸铁双金属复合材料而言,结合层质量是衡量产品综合性能的主要指标之一。
补充资料:生物惰性陶瓷涂层-金属复合材料
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性质:生物惰性陶瓷涂于医用金属基底上形成的复合材料。陶瓷材料主要是氧化物生物陶瓷和医用碳素材料。金属材料包括不锈钢、钴基合金和钛基合金等。制备涂层的方法有等离子喷涂、气相沉积、离子溅射、浸渍、烧结、电泳和热解等。复合材料主要用于制造人工骨、关节柄、关节臼、人工心瓣膜和人工牙根等。

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