2) Centrifugal compound foundry process
离心复合铸造工艺
3) casting process
铸造工艺
1.
Application of CAE to Design of Casting Process for Piston;
CAE技术在活塞铸造工艺设计中的应用
2.
Improving on casting process with computer simulatoin of ZG1Cr18Ni9 valve body;
利用计算机模拟对ZG1Cr18Ni9阀体铸造工艺的攻关
3.
The Production and Casting Process of Nodular Iron Casting Body;
球墨铸铁件机体铸造工艺研究与生产实践
4) casting technology
铸造工艺
1.
Design and Realization of a Casting Technology CAD System by Further Development on Pro/E;
基于Pro/E的三维铸造工艺CAD系统的设计与实现
2.
Casting technology of cylinder sleeves for large marine diesel engines;
大型船用柴油机缸套的铸造工艺
3.
Casting Technology for Screwy Sheath of Double Screw Roller Grinded-paste Machine;
双螺旋辊式磨浆机螺旋套铸造工艺的研究
5) casting technique
铸造工艺
1.
The Optimal Casting Technique Design of Water Turbine Runners;
转轮体铸造工艺的优化设计
2.
Therefore computer aided design for structure and casting technique of supporting trunnion roller is realized.
针对传统回转窑托轮铸造工艺复杂、受力易产生轮辐开裂等状况,应用ABAQUS对其应力分布进行了分析,改进了托轮的结构。
3.
Through the improvement on casting process, the horizontal tilting metal mould casting technique has been adopted to produce Al alloy pressure-tight shells.
从铸造工艺、工装设计上进行改进创新,采用横向翻转浇注工艺铸造耐压外壳铸件。
6) foundry method
铸造工艺
1.
An introduction was made to the foundry method of CY4D series diesel engine cylinder block and head,as well as the quality problems met during the trial production and their prevention measures including: leakage of cylinder head; dimensional deviation of block after machining and cylinder cores cracking.
介绍CY4D系列柴油机缸体的铸造工艺特点,试制过程中出现的包括缸盖渗漏、缸体加工尺寸偏差和缸体缸孔穿芯等质量问题,以及相应的解决措施。
2.
The foundry method design of a nodular iron reductor housing with ferrite matrix was de-scribed.
介绍了铁素体基体球铁减速器壳体的铸造工艺设计。
3.
The foundry method scheme, gating system design, melting and treatment of the molten iron was described.
对铸件的工艺难点进行了分析,介绍铸造工艺方案,浇注系统设计,和铁 液熔炼、处理工艺。
补充资料：商代铜器铸造工艺
商代铜器铸造工艺 商代铜器均采用合范方法铸造，范的多少则视器形而定。商代早期的铜爵是由二块腹范、一块鋬范、一块底范和一块芯座合范浇铸的，而商代晚期的铜爵则需用十六块外范。商代中期除能够铸造大型器物外，已能用分铸的方法，将一些器物的附件预先铸好，再和主件铸接在一起，如卣的提梁就是另行铸造的。商代晚期铸造技术有更进一步的发展，如司母戊方鼎的鼎身和四足是整体铸造的，鼎耳则是在鼎身铸成后再在其上安模、翻范、浇铸而成，根据其体积和重量估计，所需金属料当在一千公斤以上，冶铸时必须有较大的熔铜炉，且有可能采用经地槽流注的方法进行浇铸。商代晚期还发展了铜镶玉的技术，例如妇好墓出土的玉援铜戈即是将玉戈援纳入铜内的陶范中铸成。藁城等地发现的铁刃铜钺也是采用这种技术铸成的。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条