1)combined machining复合加工
1.Study of New Method and Equipment of Combined Machining Based on High Temperature Alloy;复合加工高温合金新方法及其装备研究
2.Experimental results show that the variational trend of grinding force and short circuit ratio is similar in ultrasonic vibration aided electrical discharge grinding(UEDG) process,that is,the grinding force and short circuit rate will be increased in the combined machining process.实验结果表明:在超声振动辅助磨削-电火花脉冲放电复合加工过程中,平均磨削力的变化与短路率的变化趋势相似。
3.The chief machining methods of PCD material which is being studied or have been used is presented,which is grinding,lapping,electrical discharge machining,laser processing,chemical processing,ultrasonic machining and combined machining.介绍了国内外正在研究和已经应用的聚晶金刚石的主要加工方法,即磨削加工、研磨加工、电火花加工、激光加工、化学加工、超声加工和复合加工,并对这些加工方法的特点、机理及影响因素、适用范围进行了分析。
英文短句/例句
1.The Experimental Study on Laser Machining Combined Fulid Erosion on Difficult-to-Cut Materials难加工材料激光和流体冲蚀复合加工试验研究
2.Study on the Removed Quantity of Difficult-to-machine Materials in Laser-chemical Combined Etching难加工材料激光与化学复合加工蚀除量的研究
3.Analyzing Machined Surface Roughness Based on Turn-milling基于车铣复合加工的已加工表面粗糙度分析
4.The Selection of the Process Parameters in the Process of Combined Machining of Electrolysis Machining and Grinding Machining of the Polymerization Reactor;聚合釜电解磨削复合加工工艺参数选择
5.Study on the Innovative Design Method of a New Type Combined Machining Center;新型复合加工中心创新设计方法研究
6.Trial research on compound machining mould surface by robot;机器人复合加工模具曲面的试验研究
7.Research of machining mechanism and pattern of compound ultrasonic and electrosparking by robot;机器人超声电火花复合加工机理研究
8.Mechanism Analyses and Experiment Study on Ultrasonical Combined Electrical Machining for Micro-structures微结构超声复合加工机理分析与试验
9.Application of Mastercam in turn-milling machiningMastercam在车铣复合加工中的应用
10.Research on Complex Boring and Rolling Processing of Hydraulic Cylinder液压抽油机油缸镗滚复合加工的研究
11.Study on the Processing Technology of Tungsten Electrode Doped with Three Rare-Earth Oxides;三元复合稀土钨电极的加工工艺研究
12.Study on the Processing Technology of Mixed Beverage of Jujube and Carrot红枣-胡萝卜复合饮料的加工工艺研究
13.STUDY ON CONSTRUCTION TECHNIQUES OF A NOVEL BAMBOO-STEEL COMPOSITE ROCK-BOLT南竹加筋复合锚杆施工工艺优化研究
14.Study on the processing technology of the Rabdosiarubescens (hemsl.) and pear juice compound beverage冬凌草、梨汁复合饮料加工工艺研究
15.Study of the Laser-chemical Combined Etching for Hard-to-machine Material;难加工材料激光与化学复合刻蚀加工的研究
16.Drilling Disfigurements Formation Analysis and Solution of CFRP碳纤维复合材料构件加工缺陷与高效加工对策
17.Baffle compound processing technology is made up of four step processing, including blanking, forming, punching-hole and embossing.隔板复合模加工工艺由落料、形、孔和压印四道工艺复合而成。
18., LTD) is a company which products all specs and trademarks of aluminum.公司拥有自己的铝板、、加工厂、塑复合带加工厂、生铝加工厂。
相关短句/例句
compound machining复合加工
1.The process model and compound machining technologies of PECM are expatiated, and the developing prospect and key research directions of PECM are previewed.介绍了脉冲电化学加工(PECM)的机理,综述了PECM/PECMM的国内外技术现状及研究进展,详细阐述了脉冲电化学加工的工艺模型和复合加工技术,并展望了今后的发展前景和重点研究方向。
2.Taking the developing Nanosystem300 aspheric surface compound machining system for an example, this paper pays more attention to the essential problems existing in the developing process of machine tool.较系统的介绍了非球面零件超精密加工各方面的技术,并结合正研制的 Nanosystem300非球面复合加工系统,着重强调了非球面机床研制过程中应注意的问题。
3.Based on the consultation of a great deal of domestic and overseas latest data,the development of ultra-precision machining technology,the ultra-precision cutting、grinding、 lapping as well as nontraditional ultra-precision machining and compound machining technology are overviewed,the probable further trend of ultra-precision machining is forecasted.根据当前国内外超精密加工技术的发展状况,对超精密切削、磨削、研磨以及超精密特种加工及复合加工技术进行综述,简单地对超精密加工的发展趋势进行预测。
3)composite machining复合加工
4)multi-electromachining复合电加工
1.In this paper, a newly developed method is introduced for multi-electromachining dressing of metal bonded diamond wheel.复合电加工修整金刚石砂轮技术,其方法简单实用,不仅能够修整金属结合剂的砂轮,也能修整树脂结合剂的砂轮。
5)composite processing modifier复合加工改性剂
6)compound cutting tool复合加工刀具
延伸阅读
复合加工复合加工deformation bonding 塑性流动,生成新表面和温升,并在压力作用下进行的是爆炸复合(见金属爆炸加工);超塑复合也属此类。超塑复合是在复合组元中含有超塑性材料(见金属的超塑性)所进行的复合。超塑性对复合的主要促进作用有(1)金属的变形杭力低,复合所需的压力小;(2)塑性流动性能好,密结性能高;(3)增强扩散塑性。扩散复合是加压仅使复合界面的凸凹部产生变形,并加热使原子在复合界面间自由扩散而进行复合。为防止复合面氧化,多在真空中或氨气中加热加压。 (3)按被复合组元的加热温度,可分为热复合和冷复合。热复合是把复合界面加热到再结晶温度以上靠机械压力所进行的复合。冷复合是复合界面在低于再结晶温度以下靠机械压力使其产生很大塑性变形所进行的复合。冷复合比热复合需较大的机械压力;在冷复合后通常需进行退火等热处理。 在塑性加工领域中,常见有铸造复合、热轧复合、冷轧复合、粉末冶金复合、液态模锻复合、半熔融加工复合等。这些复合方法都可归结到上述的分类中。 工艺流程一般包括被复合组元的前处理(主要是被复合组元的制备和表面处理,如用钢丝刷刷,酸洗,镀层等);组元的加工复合;复合后处理(包括复合材的热处理,表面抛光,涂塑料等);复合材朴的检脸。有时也包括生产复合材料制品的深加工。 发展简史和前景复合加工历史悠久。公元4世纪以前人们就用强度较高的铁与装饰性好的铜合金复合制作各种武器等。有些从古墓中出土的刀剑是用软钢和硬钥靠锻造复合制成的,这些刀剑不仅锋利而且具有强韧特征。随着社会和经济发展,很多工业部门迫切需要高新性能和复合机能且能合理利用资源的复合材料。与此同时各种复合加工技术也应运而生,并逐步建成相应的生产线。现代生产中应用的复合材料以金属与金属复合的为多;在科研部门以金属与陶瓷复合的为多。陶瓷是高熔点材料,例如氧化物陶瓷有A12O3、ZrOZ、CrZO:等;碳化物陶瓷有WC、Cr3C3、TIC、TaC等。预测靠粘结剂的材料复合方法今后会有所发展。此种复合法是在复合面上预先放以极薄的粘结剂,并进行加压复合,可生产各种复合材料。与上述的其他复合方法不同,此种复合方法具有复合部材质不变、不产生残余应力和生产简便的特征。若能对粘结剂的耐热性和延展性加以改善,则这种复合方法是很有希望的。
