titanium alloy的例句大全

Forming Technique and Design of Die for Titanium Alloy End Cover Part

钛合金端盖成形工艺及模具设计

Generally, it is difficult to spin titanium alloy at room temperature, because of its high deformation resistance and yield to tensile ratio.

钛合金的变形抗力和屈强比较大，其壳体室温变薄旋压成形有一定困难。

Study on New Refractory Materials of Titanium Alloy Precision Ceramics Shell

钛精铸陶瓷型壳的新耐火材料研究

The maximum temperature of the vibrator made of titanium alloy or aluminum alloy is about 1/ 18 of that of 45# steel without heat treatment.

钛合金和铝合金试件的内耗发热温升较慢，其最高温度约为45钢试件的1/18。

Experimental Study on the Green Cutting Technology of High Temperature Alloy and Titanium Alloy

钛合金与高温合金的绿色切削技术试验研究

DLC can be deposited on various substrate with excellent adhesion such as steel, titanium alloy, aluminum alloy and cemented carbide, etc.

可以在各种钢铁、钛合金、铝合金、硬质合金等多种材料上沉积，结合力好。

Main results are achieved as follows: ( 1) The failure analyses were carried out on the titanium alloy and aluminum alloy failure components of aero-engines firstly.

主要研究内容和所获结果如下：（1）对航空发动机大修中常见的钛合金和铝合金部件空蚀和磨损失效的原因与特点进行了研究。

Finally it introduces the main characteristic, principle and technology parameters of pulse TIG welding in detail, and gives such examples as technology parameters of the stainless steel, titanium alloy and aluminum alloy welding.

最后详细介绍了脉冲TIG焊的主要特征、原理以及焊接时的工艺参数，并例举了不锈钢、钛合金、铝合金焊接时的工艺参数选择范围。

Due to their high strength, good fatigue strength and corrosion resistance, more and more difficult-to-cut material such as carbon fiber reinforced plastic ( CFRP), titanium alloy and aluminum alloy are used in large components in aerospace industry.

碳纤维增强复合材料、钛合金和铝合金等材料因具有高强度、良好的抗疲劳性和耐蚀性等优点，已广泛应用于航空航天领域。

During the welding process of titanium alloy and aluminum alloy, it is easy to form many kinds of brittle intermetallic compounds at the interface of Ti/ Al dissimilar alloys. Those compounds weak the bonding strength of Ti/ Al joints.

钛合金和铝合金的焊接过程中，在Ti合金/Al合金界面处极易生成各种脆性的金属间化合物，制约着接头的结合性能。

Study and practice of making aluminum and titanium alloy by aluminum electrolysis

电解生产铝钛合金研究与实践

Investigation of Large Titanium Alloy Thrust Hollow Ball Bearing

大型钛合金空心推力球轴承特性研究

Welding technology of titanium alloy with a preset temperature distribution

钛合金预置温度场TIG焊接技术

Determining orientation relationship of titanium hydride in titanium alloy by means of EBSD

EBSD测定钛合金中氢化物的取向关系

Study of a Superplastic Forming Titanium Alloy at Low Temperature and High Strain Rate

一种可在低温高应变速率下超塑成形的钛合金研究及其开发

With nicer specific stiffness, specific strength and higher heat resistance, titanium alloy is the key material for high performance aero-engine to reduce weight and improve thrust-to-weight ratio. Thus it is widely used in fan, compressor and other components of modern aero-engines.

钛合金具有良好的比刚度、比强度以及较高的耐热性能，是高性能发动机减轻结构重量、提高推重比不可或缺的关键材料，因而在现代航空发动机风扇、压气机及其它构件中得到了广泛应用[1-3]。

Pulsed Electron Beam Treatment on the Surface of Titanium Alloy

钛合金脉冲电子束表面处理

An Experimental Investigation on Fabrication Processes of Continuous Silicon Carbide Fibre-Reinforced β-Titanium Alloy Matrix Composite

连续碳化硅纤维增强β钛合金基复合材料复合工艺的探索研究

Cracking reason analysis of titanium alloy bar on working

钛合金棒料加工开裂原因分析

So the research for titanium alloy and other advanced materials is carried out with SPF/ DB process, which has extraordinarily magnitude significance to reduce costs, improve component performance and increase the aircraft thrust-weight ratio.

因此，开展钛合金等先进材料的SPF/DB技术研究，对降低成本，提高构件性能，增加飞机推重比具有非常重要的意义。