1) thin-wall workpiece
钛合金薄壁件
1.
Numerical simulation of temperature and stress fields of Ti-alloy thin-wall workpiece during quenching process;
建立了钛合金薄壁件加热冷却过程中温度场和应力场的数学模型,利用ANSYS软件实现了对钛合金筒形件加热冷却过程中形状尺寸变化及残余应力的预报。
2) thin-wall Titanium castings
薄壁钛铸件
1.
On the basis of physical and chemical process of interface of Titanium/Zirconia ceramics, mechanics of curdle of Zirconia collosol and desiccation of silica sol binder, Zirconia-containing surface coating materials were optimized through experiment, Zirconia shell manufacturing process was developed to produce high quality thin-wall Titanium castings.
型壳中的锆、氧等元素的热扩散而产生了钛铸件的表面污染层,其厚度一般为20-200μm;采用ZrO_2、ZrO_2(CaO)、和ZrO_2(Y_2O_3)面层材料,铸件的反应层厚度依次为2001μm、100μm、50μm,由于氧化钇的加入,降低了氧化锆分解速度及Zr的活性,相应其面层材料稳定性最好,铸件污染层最薄,只有50μm,适合我公司生产薄壁钛铸件面层材料。
3) Thin-walled Aluminum Alloys Components
薄壁铝合金件
1.
High Speed Cutting of Thin-walled Aluminum Alloys Components;
薄壁铝合金件的高速切削工艺研究
4) thin-walled aluminium alloy castings
薄壁铝合金铸件
1.
This paper expounds chiefly principle of thin-walled aluminium alloy castings under traveling magnetic field,the characters fundamental construnction and technology of manufacture process of the traveling magnetic field inductor ,especial winding construction .
阐述了移动磁场发生器在薄壁铝合金铸件充型的原理、所用设备及其基本结构、绕组形式和制造关键;研究了移动磁场发生器的电磁特征及磁场空间分布规律;总结了移动磁场铸造的技术特点,在与金属型铸造、压铸比较的基础上,讨论了移动磁场铸造的主要优点及其适用范围。
5) Aluminium alloy thin wall component
铝合金薄壁件
1.
Aluminium alloy thin wall components are used more and more in aerial engineering, chemical engineering, vehicle engineering, and such other realms.
铝合金薄壁件在航天、化工、汽车等众多领域得到广泛应用,但是这类铝合金薄壁件结构复杂、刚性很差,在加工过程中极易产生变形,很难满足加工精度和加工质量的要求,因此铝合金复杂薄壁构件的加工一直是一个难点。
6) cylindrical thin-walled aluminum alloy parts
铝合金薄壁筒形零件
补充资料：Ti-55高温钛合金显微组织
Ti-55高温钛合金显微组织
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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