奥贝球铁用英语怎么说，奥贝球铁的英文翻译

词语导航

基本信息

词语：奥贝球铁

繁体：奧貝球鐵

拼音：ào bèi qiú tiě

英语翻译

【化】 austempered ductile iron

分词翻译

奥的英语翻译：

abstruse; profound

贝的英语翻译：

seashell; shellfish
【医】 bel

球的英语翻译：

ball; globe; orb; sphere; the earth
【医】 ball; balloon; bulb; bulbi; bulbo-; bulbus; globi; globus; glomera
glomus; orb; sphaer-; sphaero-; sphere; sphero-

铁的英语翻译：

determine; iron; unalterable; weapon
【医】 Fe; ferri; ferrum; iron; mars; sidero-
【经】 iron

翻译例句

1. 结果表明，该材料兼有奥贝球铁和球墨可锻铸铁的优点。

The results showed that this new material combined the advantages of both the ADI and AMI.

2. 对各种状态的奥贝球铁齿轮的弯曲疲劳强度进行了试验研究。

The bending fatigue strengths of ADI gears treated with different processes were test and compared.

3. 研究了高硅条件下锰对奥贝球铁性能的影响，为该材料的应用提供了试验基础。

In this paper we study the effect of Mn on properties of ADI in condition of high si, and provide the experimental basis for the application of the material.

4. 应用奥贝球铁(adi)代替合金钢制造传动齿轮并进行齿形修正，显著降低噪声水平。

The gears of austempered ductile iron (ADI) and the gear profile modification technique can effectively reduce transmitting gear"s noise.

5. 运用正交试验法对奥贝球铁生产拖拉机最终传动从动齿轮的热处理工艺进行了优化试验。

The optimizing experiments on the heat treatment process for the final transmission driven gear made of austempered ductile iron (ADI) were carried out using orthogonal test.

6. 奥贝球铁材料的弹性模量比钢小，因而奥贝球铁齿轮工作时受到的表面接触应力比钢齿轮小。

The elasticity module of ADI is lower than that of steels, so that the surface contact stress borne by ADI gears during working process would be lower than steels.

7. 奥贝球铁能够实现高硬度的同时具有较高的韧性，适用于一定冲击条件下耐磨零件的工作要求。

ADI can realize the performance of both high hardness and toughness, satisfying the requirements of wear-resistant parts under impact condition.

8. 通过奥贝球铁的单调拉伸加载、接触疲劳和应变疲劳等宏观断裂规律和微观分析，探讨其强韧化机制。

The toughening mechanism of ADI was investigated by microstructure analysis and fracture characteristics of the specimens under tensile test. contact fatigue and stress fatigue.WwW.WenTiyi.COm

9. 通过奥贝球铁的单调拉伸加载、接触疲劳和应变疲劳等宏观断裂规律和微观分析，探讨其强韧化机制。

The toughening mechanism of ADI was investigated by microstructure analysis and fracture characteristics of the specimens under tensile test. contact fatigue and stress fatigue.