1.
Equipotential-field Simulation and Preform Design in Materials Processing Engineering;
材料成形过程的类等势场法模拟与预成形设计
2.
Pre-forming design of P/M superalloy disc based on equipotential field
基于类等势场的粉末高温合金盘件预成形设计
3.
Abstract: Forging quality and technical economic benefit of plastic working industries strongly depend on preform sequence and preform design.
文摘:锻件质量和锻造行业的技术经济效益很大程度上取决于预成形工步和预成形设计。
4.
Forging quality and technical economic benefit of plastic working industries strongly depend on preform sequence and preform design.
锻件质量和锻造行业的技术经济效益很大程度上取决于预成形工步和预成形设计。
5.
Preform Design and Processes Simulation of Isothermal Forging for PM Superalloy with Inclusions;
含夹杂粉末高温合金等温预成形设计与过程模拟
6.
Microstructure Optimization and Experimental Study of the Forging Process Based on Preforming Design;
基于预成形设计的锻造过程微观组织优化与实验研究
7.
Preform Design and Finite Element Simulation of New-type P/M Superalloy Disk Based on Equipotential Field
基于类等势场的粉末高温合金盘件预成形设计及有限元模拟
8.
A Quasi-equipotential Field Simulation for Preform Design of P/M Superalloy Disk
粉末高温合金盘件预成形设计的类等势场分析法(英文)
9.
Optimal Preform Die Shape Design through Controlling Deformation Uniformity and Deforming Force in Metal Forging
控制锻件变形均匀性和变形力的锻造预成形多目标优化设计
10.
Optimization of the preheating during selective laser sintering with a large processing table
大台面选择性激光烧结快速成形预热优化设计
11.
Structural design of substrate preheating for laser cladding
激光熔覆成形预热基板设计及试验研究
12.
Multi-Objective Preform Optimization Using RSM
基于响应面法(RSM)的锻造预成形多目标优化设计
13.
Prediction and Optimum Design of 3-D Trimming Line Based on One-step Inverse Analysis
基于一步逆成形的三维修边线预示与优化设计
14.
Preforming-die Design and Friction Changing to Control the Thickness Distribution of TC4 Deep Cylinder by Superplastic Forming
TC4深筒形件超塑预成形模具型面设计及变摩擦厚度控制
15.
A specially designed conductor pre-forming unit makes the pre-forming pitches adjustable easily and precisely in X and Y directions.
(3)特殊设计的线材预成形装置，使预成形节距在x,Y两个方向调节方便，精确。
16.
Programming and Realization on Prediction of Coal-mining-induced Subsidence;
地表变形计算及预计系统设计与实现
17.
It helps to insure the solution that does evolve will be appropriately suited to the given circumstances of the design (the site, the client's needs, budget, etc.).
确保形成的方案能够适合给定的设计环境(场地、客户的要求、预算等)；
18.
Study on Optimal Design Method of the Microstructure in Forging Process Based on Preform Design and Application;
基于预成形的锻造过程微观组织模拟与优化设计方法及应用