1.1  Hong-xia,  Yu J, Hiragushi K.  Surface Modification of Graphite with  In-situ Formed ZrBz-Alz 03  Composite Powder [A].  The Third International Symposium on Refractories [C].  Beijing, 1998. 298-300. FAN Jing-lian,  HUANG Bo-yun,  LIU Jun,  et al.  Principle of Microwave  Sintering and Present Situation of  Research  [J]. Powder Metallurgical Industry,  2004,  14(1)  : 29-33. WANG Nian,  ZHOU Jian.  Characteristics and Applications of Microwave  Sintering on Ceramic Materials [J].  Journal  of  Sci- ence and Technology University Wuhan,  2002,  24(5):  43-46. [5] [4] (Continued From Page 43) Agile  management and harmony redound  to communicating  information,  increasing efficiency, and reducing redundancy. Meanwhile  it  is beneficial for  exciting creativity,  clearing  conflict  and making the best of  resource. 4  Conclusions (1) Heat treatment CAD/CAE  has been  in- tegrated into concurrent  design for  die  and  mould and  heat  treatment  is graphed,  which  can  increase efficiency, easily discover  problems and  clear con- flicts. (2)  Die  and mould development is performed on  the  same  platform.  When  the  heat treatment process  is made out, designers can obtain correlative information  and  transfer  self-information  to  other design departments on the platform. (3)  Making out  correct development  schedule and adjusting it  in  time can enormously shorten the development period and reduce cost. References  : ZHOU Xiong-hui,  PENG Ying-hong.  The Theory and Tech- nique of  Modern Die and Mould Design and Manufacture [MI. Shanghai:  Shanghai Jiaotong University  Press,  2000  (in Chi- nese). Kang M,  Park S  Computer Integrated Mold Manufacturing [Jl. Int J Computer Integrated Manufacturing,  1995,  5:  229-239. Yau H  T, Meno C H.  Concurrent Process Planning for Finish- ing Milling and Dimensional  Inspection of  Sculptured Surface in Die and Mould Manufacturing  [J].  Int J  Product Research, 1993,  31(11):  2709-2725. I1  Xiang,  ZHOU Xiong-hui,  RUAN Xueyu.  Application of Injection Mold Collaborative Manufacturing  System [J].  Jour- nal of  Shanghai Jiaotong University, 2000,  35(4) :  1391-1394. Kuzman K, Nardin B,  KovaS M,  et al.  The Integration of Rapid Prototyping and CAE in Mould Manufacturing [J].  J Materials Processing Technology, 2001,  111: 279-285. LI Xiong,  ZHANG Hong-bing,  RUAN Xueyu,  et al.  Heat Treatment Process Design Oriented Based on Concurrent Engi- neering  [J].  Journal of  Iron and Steel Research, 2002,  14(4) : 26-29.
摘要：传统的串行模式模具设计方法存在诸多弊端,但总体还是不错的。众所周知，热处理是非常重要的模具处理方法。模具工艺的开发是为了克服热处理工艺存在的缺点。热处理CAD／CAE与并行环境下的集成，建立了相应的模型。这些调查可以显著提高效率，降低成本，保证质量，研发产品。
毕业论文关键词：模具设计；热处理；模具
   传统的模具设计，主要采用经验或半经验，从生产过程中分离。设计完成之前，该模具方案通常是修改时间，再次，因此一些缺点应运而生，开发周期长等，高成本和不确定的实际效果。由于强烈的欲望精度，使用寿命，开发周期和成本，
现代模具要求设计和制造完美的。因此，越来越多的先进技术创新已应用于，例如，并行工程，敏捷制造，虚拟制造，协同设计，等。模具热处理是重要的设计，制造和装配，因为它有在生产中起重要作用，组件和服务生活。和模具制造设计 模具热处理并行设计英文文献和中文翻译(4):http://www.751com.cn/fanyi/lunwen_29374.html