engine wear中文是什么意思

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中文翻译
造句

发动机磨损

engine n. 1.机械，机器。 2.引擎，蒸汽机，发动机。 3. ...
wear n. ＝ weir.
no-wear 无损
wear in 磨合
wear on (时间)消逝
wear to 磨成
wear-in 磨合
engine n. 1.机械，机器。 2.引擎，蒸汽机，发动机。 3.机车，车头。 4.工具；〔古语〕方法，手段。 a Diesel [steam] engine 柴油[蒸汽](发动)机。 an internal combustion engine 内燃机。 an auxiliary engine 辅助发动机。 a dental engine 钻牙机。 an engine of torture 刑具。 an engine of warfare 兵器，武器。 a fire engine 救火车，灭火机。 a gasoline engine 汽油机。 a pile engine 打桩机。 a race engine 比赛用汽车，赛车。 an empty engine (未挂列车的)空车头。 vt. 给…安装发动机。
engine on 发动机工作; 发动机开车
on-engine 随机的
t-engine 字头气缸发动机; 字头汽缸发动机
the engine 主语是
abnormal wear 异常磨损
abrasie wear 磨损，磨蚀
abrasion wear 磨料磨损
abrasive wear 磨耗量; 磨粒磨损; 磨料磨损; 磨蚀，磨损; 磨损，磨蚀
absence of wear 无消耗
active-wear 运动服。
adhesion wear 粘附性磨耗; 黏着磨损
adhesive wear 胶粘磨损; 粘附腐蚀; 粘着磨损
adjustment for wear 补偿磨损调整
admissible wear 容许磨损
allowable wear 容许磨损; 许用磨损
amount of wear 靡损率; 磨损程度

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例句与用法

Research of neutral network technique in engines wear diagnosis
发动机磨损诊断的神经网络技术研究
A forecasting method of aero - engine wear faults based on gray time sequence model
基于灰色时序的航空发动机磨损故障预测模型
Secondly , introducing the image analyzing technology with reference to the disadvantages of the traditional ferr - graph analysis technology , and with the combination of characteristic parameter optimizing filtration so as to raise a description method of debris micro - morphologic character . thirdly , with the application of mode recognition method , completing the process of debris auto - recognition based on the collected information of the debris configuration characteristics ; and conducting the diagnosis on the aero - engine wear faults according to the theory of particle tribology . fourthly , introducing information fusion technology to solve the problem that a single method can not collect enough fault premonitory information to conduct the wear fault diagnosis , hence to conduct the research and exploration in the field of comprehensive diagnosis on the aero - engine ' s multi - fault premonitory information
本文的研究工作主要包括以下五个部分：首先，介绍航空发动机常见的磨损故障类型，研究磨损故障的失效机理，分析磨粒的产生机理、分类以及形态特征：其次，针对传统铁谱分析技术的缺点，引入图像分析技术，再结合特征参数优化筛选，形成基于图像的磨粒显微形态学特征描述方法：然后，基于提取到的磨粒形态特征信息，应用模式识别方法完成磨粒自动识别，并根据颗粒摩擦学的基本原理进行航空发动机磨损故障的诊断与定位：再后，鉴于单一方法不能提取足够的故障征兆信息进行磨损故障诊断，本文引入信息融合技术，开展航空发动机多故障征兆信息综合诊断方法的研究与探索；最后，基于航空发动机滑油光谱分析与铁谱分析数据，应用时序模型、灰色模型以及组合模型进行磨损故障的预测方法研究。