| 1. | Design for manufacturing , stiffness , and strength
生产设计,硬度和强度 |
| 2. | Cold upsetting technology and die design for manufacture of conical tip of platinum alloy bushing in fiberglass production
池窑拉丝铂合金大漏板锥形嘴冷镦工艺及模具设计 |
| 3. | The maximum problem of parametric yield in vlsi is always an important issue in design for manufacturing ( dfm )
摘要超大规模集成电路( vlsi )中的参数成品率最优化问题一直是集成电路可制造性设计的重点研究问题。 |
| 4. | Responsibility for design for manufacture , technical assistance to production , and implementing lean manufacturing to maximize yield and efficiency
负责为生产部设计产品制造、生产技术支援，推行精益生产，以达到最优化生产效率。 |
| 5. | In chapter 6 , robust tolerance design for manufacture based on product data management system was build on mdt . some examples are studied to demonstrate the proposed theory and method
第六章在mdt6 . 0下应用c + +和pb等工具开发了面向制造资源的公差稳健设计原型系统，并用实例验证了前几章所提出的理论与方法。 |
| 6. | Product 3d cad design , tooling fabrication monitoring , design for manufacturing assembly method and criteria , product cosmetics spec . and costing , define reliability and safety reqirement , communication with customer technical people
产品3d设计，模具制造控制，设计生产制造方式及标准、产品外观标准设计，成本计算，定义安全和可靠性标准，与客户方技术人员沟通。 |
| 7. | On the basis of virtual evolving technology of surface mount technology ( smt ) for the solder joints , design for manufacturing ( dfm ) is employed , and dfm - oriented smt virtual assembly system targeted at assembly quality and solder joint reliability is developed
摘要在表面组装技术焊点虚拟成形技术的基础上，运用面向制造的设计思想，以表面组装技术组装质量与焊点可靠性为目标，研究面向表面组装技术生产组装工艺设计的产品虚拟组装系统。 |
| 8. | In chapter 5 , with dfm ( design for manufacture ) ideas , a framework of integrated system of robust tolerance design for manufacturing is established . a method for robust tolerance design in terms of process capability indices ( pci ) is presented . the component tolerance and the suitable manufacturing processes can be selected based on the real manufacturing context
第五章根据面向制造设计的思想，提出了面向制造的公差稳健设计方法，建立了基于工序能力的公差稳健设计模型，使得在公差设计中能考虑具体制造环境的约束，在获得最优稳健公差的同时选择经济合理的加工方法，保证了公差设计结果的可制造性和稳健性。 |
| 9. | To achieve these goals , the concurrent engineering ( ce ) is being applied in many companies . the design for manufacture ( dfm ) is an important enabling technology in concurrent engineering , which assures product design , process design and manufacturing could be succeed at one time by taking the factors associated with manufacturing into consideration in the phase of design ; so the manufacturability evaluation is a important technical tool to implement dfm
在并行工程环境下，面向制造的设计dfm是一项重要的使能技术，它通过在产品设计阶段充分考虑与制造有关的约束，全面评价产品设计和工艺设计，并提供改进的反馈信息，从而保证产品设计、工艺设计和制造一次成功，并尽可能降低制造成本；而可制造性评价正是实现dfm的重要技术手段。 |
