1.
Object-Oriented Finite Element Method Numerical Simulation of Solidification Process for Complex Casting;
复杂铸件凝固过程面向对象的有限元数值模拟
2.
Numerical Simulation and Analysis of Residual Internal Stress in Intricate Casting
复杂铸件残余内应力的数值模拟及分析
3.
Flexibility-Based Parametric Design Method for Large-Sized Complex Casting
基于柔性化的大型复杂铸件的参数化设计方法
4.
Study on the Selective Laser Sintering Materials for Plastic Functional Parts and Complex Castings;
塑料功能件与复杂铸件用选择性激光烧结材料的研究
5.
Extrusion Casting Application in Production of Largescale Complex Casting of Aluminum Alloy;
挤压铸造在大型复杂铝合金铸件生产中的应用
6.
Machine tool castings have rather complicated strucfures and require high qualies.
机床铸件结构比较复杂,质量要求高。
7.
Low-pressure Casting of ZL205A Large Sophisticated Structural Component
ZL205A大型复杂结构件低压铸造技术
8.
Study on Adjusted Pressure Casting Process with Electromagnetic and Vacuum for Aluminum Alloy Casting of Complicated & Thin-wall Components
复杂薄壁铝合金铸件磁动力真空调压铸造工艺研究
9.
Study on Precision Electroforming Technology of Complex Thin-walled Parts;
精密电铸法制造复杂薄壁零件的工艺研究
10.
Investment-casting Waxen Mould of Aero-complex Parts Numerical Control Process New Technologic Study;
航空复杂件精铸蜡型数控成型新工艺研究
11.
Complex casting of magnesium alloy on pressure solidification with lost foam casting process
镁合金复杂缸盖零件消失模铸造压力凝固工艺
12.
Development of Aluminum Alloy Large Complicated Vehicle Power Parts by Die Casting
大型复杂铝合金汽车动力部件的压铸技术开发
13.
Study in Applying Cast Blank of High Strength Superplastic Zn-Al_(22) Eutectic Alloy to Extrude and Forge Complex Parts Directly
应用高强度超塑性锌铝合金铸坯直接压制复杂制件的研究
14.
Stress Analysis and the Numerical Simulation for Complicated Die-casting of the Magnesium Alloy;
大型复杂镁合金压铸件的应力分析数值模拟研究
15.
It is an ideal material for precision casting of Carbon Steel, Stainless Steel, Rrefractory Steel as well as moudle of Alumina Alloy and Titatium Alloy.
是碳素钢、锈钢，耐热钢等复杂精密铸件和铝，钛合金熔模铸造的理想原料。
16.
Study of Processing Technology for Complex Pneumatic Valve Body
复杂气动阀体熔模铸造加工工艺研究
17.
The use of cast steel enables a designer to take such steps as simplifying the structural connections and avoiding difficult welding requirements.
铸铁的使用使得设计者能够采取简化构件连接的措施避免了复杂的焊接要求。
18.
Study of Composite Layer with Si by Casting on Surface of Cast Steel;
耐热铸钢件表面铸渗结晶硅复合层技术的研究