Numerical Simulation of Thickness Variation of Clad Layer in Copper-steel Inversion Casting 铜-钢反向凝固复合层厚度变化的数值模拟
Feasibility study on production of composite austenitic stainless steel strip by means of inversion casting 反向凝固法生产复合奥氏体不锈钢薄带的研究
Experimental study of inversion casting of copper clad steel 铜/钢反向凝固复合实验研究
Inversion casting technology is a new way for making cladding materials which have characteristics of high efficiency, low consumption and short technological process. 反向凝固复合技术是生产双金属复合材料的一种新方法,具有高效、低耗、短流程特点。
Numerical Calculation for Thickness of Composite Stainless Steel Strip Produced by Inversion Casting 反向凝固复合不锈钢带厚度数值计算
Thickness Variation of Solidified Layer during Preparation of Stainless Steel Composite Strip by Inversion Casting Method 反向凝固法制备复合不锈钢带时复合层凝固生长规律
The modified PVA-CA blend ultrafiltration membranes were prepared by phase inversion from the casting solutions consisting of polyvinyl alcohol ( PVA), cellulose acetate ( CA), acetic acid, metal chloride and water. 用聚乙烯醇(PVA)、乙酸纤维素(CA)、冰醋酸、金属氯化物、水为制膜原料,用相转化法制备了掺杂金属氯化物的PVA-CA共混超滤膜。
Bonding Mechanism Between Copper and Steel by Inversion Casting and Deforming 铜/钢反向凝固及加工变形的结合机理
Study on strip thickness variation during inversion casting 反向凝固法凝固层厚度的变化规律研究
Experiment Research of Inversion Casting Stainless Steel and Rolling 反向凝固复合不锈钢带及其轧制的实验研究
Bonding between Mother Sheet and Growth Layer in Inversion Casting Steel Strip 反向凝固钢带母带与凝固层间焊合的研究
Copper Clad Steel Coil Produced by Inversion Casting 铜-钢反向凝固复合带的实验研究
Inversion Casting Stainless Steel Composite Strip: Its Characters of Bonding and Solidification Microstructure on Interface 反向凝固复合不锈钢带界面结合和凝固组织特征
Influence of element diffusion on interface in compound strips during the inversion casting and high temperature rolling 反向凝固与高温轧制过程中元素互扩散对复合界面的作用
Study on the influence of inversion casting parameters on thickness of composite stainless steel strip 反向凝固工艺参数对钢带厚度的影响
The effects of temperature, strain and strain rate on the stress strain curves during level off rolling of inversion casting were obtained by high temperature mechanical simulation. The stress strain model was established and verified as well. 通过高温力学模拟实验,得出了反向凝固平整轧制过程中温度、应变和应变速率对变形抗力的影响规律,确立了其应力-应变模型,并对该模型进行了检验。
Inversion Strip Casting Technique and Some Related Research Issues 反向凝固连铸薄带技术及其若干基本问题探讨
Bonding Interface Between Produced by the Copper and Mild Steel Inversion Casting 反向凝固过程铜/钢复合界面的研究