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- Titanium alloy blades artificial joints, golf heads face and auto connecting rod by precision forging. 钛合金精锻叶片、人工关节、高尔夫球头、打击面汽车连杆等。
- Abstract: This paper introduces the possibility and advantage of painting phosphoric acid dry-membrane lubrication coating on the titanium alloy blades for lubrication and attrition reduction. 文摘:阐述了在钛合金叶片等零件上涂覆磷酸基干膜润滑涂层以达到润滑减磨的可行性及优越性。
- Study of influence of different isothermal adjustment process routes on titanium alloy blade profile 等温校正工序的先后对钛合金叶片型面的影响研究
- Research on glass lubricant for net-shape forging technology of titanium alloy blade 钛合金叶片无余量精锻工艺用玻璃防护润滑剂的研究
- titanium alloy blade 钛合金叶片
- TC11 titanium alloy blade TC11钛合金叶片
- TC4 titanium alloy blade TC4合金叶片
- EATR is simply a wolf in sheep’s titanium alloy armour. EATR 只是一只穿戴羊的钛合金盔甲的狼。
- It is the first time to adopt titanium alloy on domes interiorly. 在国内舰船上使用尚属首次。
- The casting can meet requirement of titanium alloy creep fixed treatment. 研制出的铸件满足了钛合金蠕变定形处理的要求。
- titanium alloyed blade 钛合金叶片
- Titanium alloy material (TC4) samples were treated with nitriding technique. 牙用钛合金TC4,使用渗氮表面技术处理。
- In situ titanium alloy matrix composites were fabricated by melting casting. 用熔铸法制备了原位自生钛合金基复合材料。
- Titanium Alloy Valve Retainer could help in reducing noise, friction, and vibration. 钛合金汽门帽可减低噪音、摩擦、震动。
- Based on the optimal process parameters, the ECAP processing of the Ti-6A1-4V titanium alloy has been carried out. 利用自行设计的ECAP模具，根据数值模拟确定的挤压工艺参数范围，实现了Ti-6Al-4V钛合金的ECAP变形。
- The hammer forging process of TC6 titanium alloy clasp has been simulated by using rigid-viscoplastic FEM. 在TC6钛合金卡环的高温锤锻过程中,模具承受非常大的应力。
- Abstract: In hot rolling of large rings of titanium alloy (LRTs), the ratio of roll radii R1/R2, i.e. 中文摘要: 在大型钛环热辗扩成形过程中，驱动辊半径R1与芯辊半径R2的比值R1/R2对变形区几何形状有重要影响，而后者对于获得高质量环件起着决定性的作用。
- The welding thermal elsto-plastic stress-strain cycle of titanium alloy was presented quantitively. 结果表明,钛合金焊接冷却过程中有卸载发生;
- The effects of laser transformation hardening (LTH) on the fretting wear of titanium alloy are investigated. 研究了激光淬火对钛合金微动磨损性能的影响。
- A new titanium alloy was treated by aging process,and the mechanical performance of the titanium alloy was studied. 采用时效强化工艺对新型钛合金进行了处理,并对其力学性能进行了研究。
