1)rheo-diecasting流变压铸
1.Microstructure and mechanical properties of magnesium alloy AZ91D produced by rheo-diecasting process;流变压铸成形镁合金AZ91D的显微组织与性能
2.Friction and wear characteristics of magnesium alloy AZ91D formed by rheo-diecasting process;流变压铸成形AZ91D镁合金摩擦磨损性能的研究
3.Friction and Wear Characteristics of AZ91D Magnesium Alloy Formed by Rheo-diecasting and Die Casting Process流变压铸与液态压铸成形AZ91D镁合金的摩擦磨损性能
英文短句/例句
1.Investigation on Technique of Rheo Die-casting for Semi-Solid A380 Aluminum Alloy;A380铝合金半固态流变压铸工艺研究
2.Study on Semi-Solid Aluminum Alloy Rheo-Die-Casting Technique;半固态铝合金熔体流变压铸工艺研究
3.Study on Rheo-Diecasting Process and Properties of AZ91HP Magnesium AlloyAZ91HP镁合金流变压铸工艺与性能研究
4.Friction and Wear Characteristics of AZ91D Magnesium Alloy Formed by Rheo-diecasting and Die Casting Process流变压铸与液态压铸成形AZ91D镁合金的摩擦磨损性能
5.Study on Rheo-Diecasting Process of Semi-solid Magnesium Alloy;镁合金半固态流变压铸成形技术的研究
6.Numerical Simulation of Filling in Rheo-doecasting Process of the Semi-solid AZ91D Magnesium Alloys半固态AZ91D镁合金浆料的流变压铸过程数值模拟
7.Study on Microstructure-processing Relationship of a Semi-solid Rheo-diecasting A357 Aluminum AlloyA357铝合金半固态流变压铸成形组织工艺研究
8.Research and Development of Semi-solid Rheo-diecasting Process半固态流变压铸的研究现状与发展趋势
9.The Numerical Simulation of Rheo-diecasting Process of Filling and Solidification of Liquid Magnesium and Semisolid Magnesium Alloy;镁合金及镁合金半固态流变压铸充型凝固过程数值模拟
10.Study on the Mould-filling Mechanism and Numerical Simulation of Rheo-diecasting of Semi-solid Magnesium Alloys;镁合金半固态流变压铸充型规律及数值模拟研究
11.Microstructural Homogeneity in Hypereutectic High Cr Cast Iron by Semi-solid Rheo-extrusion半固态流变挤压过共晶高铬铸铁组织均匀性分析
12.Using the FEM, the deformation and stress field of a large-scale Mg alloy die casting machine have been calculated by ANSYS.压铸机的整体变形情况对压铸机性能和铸件质量有重要影响。
13.Rheologic studies on deformation of castings in EPC process消失模铸造过程铸件变形的流变学研究
14.Microstructure in as-cast AZ61 magnesium alloy during hot compression deformation铸态AZ61镁合金热压缩变形组织变化
15.Computer Simulation of Liquid Metal Flow into Diecasting Cavity压铸型腔金属液流动的计算机模拟
16.Research on High-speed Flux Valve and It's Control Strategy for Die Casting;压铸机高速流量阀及其控制策略研究
17.CAD/ CAM for throttle body die-casting mold based on solid edge基于Solid Edge的节流阀体压铸模CAD/CAM
18.d current transformer电压电流两用变压器
相关短句/例句
rheocasting['ri:?,k?sti?]流变压铸
1.Effect of technological parameters on filling behavior of semi-solid A356 alloy by rheocasting;流变压铸工艺参数对半固态A356铝合金充填性的影响
2.Using the independently developed thin plate sample with five steps and rheocasting mould,a new rheoforming processing of A356 alloy with slurry preparation systems and component shaping systems apart is experimentally exploited.采用自行设计的台阶板流变性能试件和半固态合金压铸模具,对A356合金的制浆-成形分离式流变压铸技术进行了试验研究。
3)Thixo-diecasting触变压铸
1.Numerical simulation of thixo-diecasting filling of semi-solid AZ91D alloy;半固态AZ91D镁合金触变压铸充型过程的数值模拟
2.Investigation on Semi-solid Thixo-diecasting Processing of Automobile Aluminum Alloy Part;汽车用铝合金半固态零件触变压铸工艺研究
3.Thixo-diecasting and micro-alloying of AISi6Mg2 alloy have been studied.结合半固态加工基本原理利用热力学计算方法设计出了新型半固态铝合金AISi6Mg2,并进行了半固态触变压铸成形和微合金化实验研究。
4)Rheocast流变铸造
1.Improve Air-tightness of Die Casting with Complicated Structure using Rheocast and Slow Shooting Technique;利用流变铸造和慢压射技术改善复杂结构压铸件气密性能
5)Rheocasting['ri:?,k?sti?]流变铸造
1.Rheocasting of Hypereutectic Al-20Si Alloy;流变铸造Al-20Si合金
2.Research Progress in Semi-solid Alloy in Rheocasting Technology;半固态合金流变铸造的研究进展
3.8% silicon produced by rheocasting in which the solidifying alloys were vigorously agitated by electromagnetic stirrer during isothermal cooling and continuous cooling processes.由温度降低 造成的搅拌力或搅拌速度的突然降低导致颗粒簇聚的现象在连续冷却过程中，流变铸造组织出现了枝晶 断裂迹象，而在等温过程中则较少
6)rehoroll-casting流变铸轧
1.Research on Technology of Rehoroll-Casting Forming for Semi-solid AZ91D Magnesium Alloy;半固态AZ91D镁合金流变铸轧成形技术研究
2.In the study on the process test of rehoroll-casting for preparing semi-solid magnesium alloy strip,the stirring speed,the stirring time,metal liquid contact time,pouring temperature are taken as test factors.在半固态AZ91D镁合金铸轧工艺试验研究中,选取机械搅拌速度、机械搅拌时间、熔体静置时间和浇铸温度作为试验因子,用正交试验法进行半固态AZ91D镁合金流变铸轧试验;用极差分析法分析了试验结果。
延伸阅读
J1113压铸机操作规程理论生产率：180次/时1、遵守《铸造设备通用操作规程》有关规定。2、检查油箱内的机油量，如果油面低于油标的上限部位，就加入干净的20号机械油。3、一般不准空压射，如必须空压射时，一定要在压射室中放入软质垫料（如棉丝、铅块等），以防损坏设备。4、按下面顺序起动设备，进行空载试车：a、 打开贮压缸伐和它上端的两个小截门；b、 拉出手操纵伐的的柄；c、 打开空气开关，接通电源，转动主令开关，使设备能点动运转；d、 启动电动机，待其运转正常后，再推入手柄操纵伐的手柄，使高压泵升压，然后按动各电钮，点动试车。设备经过空运转，确认一切正常后，方可进行生产。5、切实注意安全，操作者必须穿戴好劳保用品，不得站在正对着压铸分型面的部位，以防铝溅出，发生烧伤事故。6、经常观察各种仪表读数是否符合工艺要求，设备的运动是否正常，如发现异常现象，立即按动中停按钮或停泵按钮，然后对设备进行检查。必要时，通知维修人员修理。7、经常注意液压油的温升，油温量最设法得超过55°С，否则开动冷凝器进行冷却。1、 设备停歇一小时以上时，必须切断电源，关闭贮压伐，防止产生错误动作和消耗贮压缸压力。2、 工作后，按下列顺序停车：先拉出手柄操作伐的手柄，然后关泵停车，切断电源，接着关闭贮压缸伐及其上端的两个小截门，并堆入手柄操纵伐的手柄。10、设备清理后，设备的运动部分（如缸杆、导杆、滑轨等）还须涂一层薄机械油。
