齿面磨损,gear wearing
1)gear wearing齿面磨损
1.Through thegear wearing experiment on gearbox,and extracting the characteristic parameters the validity of this method is shown.详细讨论了阶次跟踪分析的原理,并与传统频谱分析进行了比较,阐述了阶次跟踪分析的优越性及重采样方法实现的原理,通过对某型齿轮箱齿面磨损故障进行实例验证并提取特征参量,证明其有效性。
英文短句/例句
1.The Method for Determining the Abrasion Value and Abrasion Life of Tooth Surfaces in a Helical Gearing by Means of the Abrasion Experiment借助磨损实验确定斜齿齿轮机构齿面磨损量及磨损寿命的方法
2.Worn teeth on ring gear or drive pinion gear.环形齿轮或驱动小齿轮上齿磨损。
3.Gears--Wear and damage to gear teeth--TerminologyGB/T3481-1997齿轮轮齿磨损和损伤术语
4.Experimental and clinical study of pulse Nd:YAG laser on increasing adhesivity of teeth with dental abrasion on occlusal surface脉冲Nd:YAG激光增加牙齿牙合面磨损粘结作用的实验和临床研究
5.Check for scores, nicks or burrs on the rack piston finished surfacSlight wear is normal on the worm gear surfaces.检查齿条活塞抛光表面是否有刮痕、刻痕或磨擦。涡轮表面的轻微磨损是正常的。
6.Research on the Method of Accurate Relief Grinding for Making Gear Hobs齿轮滚刀齿侧面精密铲磨的方法研究
7.Research on the Simulation of Shaping Process and Grinding Principle of Orthogonal-shaft Face Gear;正交面齿轮的插齿加工仿真和磨齿原理研究
8.Research on Wear-Resistance Design on Output Mechanism in Zero Tooth Difference;零齿差齿轮输出机构耐磨损设计的研究
9.Abrasive characteristics of several CAD/CAM dental ceramics几种CAD/CAM齿科全瓷修复陶瓷的磨粒磨损特性
10.abraded surface磨损表面清理过的表面
11.Worn or defective transaxle gears or bearings传动齿轮或轴承磨耗或损坏
12.The helical gear has become worked down over the years.斜齿轮因为年久而磨损了。
13.Study on Fractal Prediction of Gear Wear;汽车变速箱齿轮磨损的分形预测研究
14.Research on gear′s fretting in wind power station风电系统中加速齿轮的微动磨损研究
15.Research of Wear-out-failure of Star-wheel Teeth in Single Screw Compressors单螺杆压缩机星轮齿磨损问题的研究
16.Distinctiveness Investigation of Anti-wear Property for Industrial Gear Oils工业齿轮油抗磨损性能的区分性考察
17.Employing abrasive machining for the form of the gear and intellective-control carburizing and quenching technology for the surface, the gear is with high intensity, strong tenacity and wearability.齿轮齿形采用磨齿加工，齿面采用智能控制渗碳淬火技术，齿轮的强度高、韧性和耐磨性好。
18.a hard surface that won"t scuff不会磨损的坚硬表面
相关短句/例句
abrasion value of tooth surfaces齿面磨损量
1.In order to control effectively theabrasion value of tooth surfaces in a helical gearing in a required working period,it is necessary to establish a calculating formula being able to evaluate scientifically theabrasion value of tooth surfaces in a helical gearing.为了有效地控制规定工作期限内斜齿齿轮机构齿面的磨损量 ,构建一个能科学评定斜齿齿轮机构齿面磨损量的计算公式是十分必要的。
3)Normal abrasion value of teeth轮齿法面磨损量
4)abrasion of gear辊齿磨损
1.Aiming to decreaseabrasion of gear,the designing theory of corrugated roller gear has been analyzed deeply in this paper.从瓦楞辊的磨损机制入手 ,以减少纸板对辊齿的法向压应力也即减少辊齿磨损为目标 ,对齿形参数进行优化设计 ,并在此基础上成功开发出瓦楞辊 CAD的软件包 (CRCAD) ,将它应用于工程实践 ,提高了瓦楞辊的设计质量和设计速度 ,延长了瓦楞辊的工作寿命 ,具有重要的实用价值。
5)Tooth wear牙齿磨损
1.Tooth wear is defined as the loss of the tooth substance which is not caused by dental plague, caries and injuries.牙齿磨损是指在没有菌斑、龋坏及外伤情况下牙体组织丧失的现象。
6)gear wear齿轮磨损
1.Based on fractal theory, the paper presents a new method of monitoringgear wear by using fractal dimension.将分形理论用于齿轮磨损的监测,从工程应用角度介绍了振动信号盒维数的计算方法。
延伸阅读
槽面—多齿极对的磁场特性槽面—多齿极对的磁场特性magnetic field characteristics of pole pair to grooved planepole teetheaomian一duoehijidui de ciChang tex，ng槽面一多齿极对的磁场特性(magnetic fieldeharaeteristies of pole pair to grooved plane-poly teeth)槽面极与多个尖齿极或矩齿极组成磁极对的磁场分布规律。此种磁极对的特点是两极间整个空间磁场的不均匀性较大，因而可以提高分选效率。它们多用于辊式强磁场磁选机。槽面一多齿极对的结构参数主要是齿极形状、槽面极的曲率半径、极距、齿距和槽距等。槽面极适宜的曲率半径;、0.5，。槽面一多尖齿极对如图1所示。它类似多个双曲线形极(图2)组成的磁极对。此种磁极对沿齿极对称面上的磁感应强度可用双曲线形极对的公式近似计算。由于槽面一多齿极对的磁感应强度比单齿的双曲线形极对低，故在计算磁场力时应引入。.7一。.8的修正系数，双曲线形极对的磁感应强度为卜州_丁一-一l 1~吮~一 图1槽面一多尖齿极对 牛 图2双曲线形极对。，一(。·7一。·8)。。，·in鲁〔，2一(，。。·鲁一。)2〕一式中K一鲁一鲁，，:和风为两个双曲线形极的渐近线之间的夹角，度。磁场梯度(grad召，)为赞一、。。，(，一鲁一、)〔，2一(，一鲁一、)2〕一’·5 夕2 s，n万磁场力为(。grad。)，一(。.:一0.8)、。:，ZsinZ鲁(，c。，鲁一殉)、一。-一一一y、一’--一--一.--一2一-一2一丫 几~、?，一2[12一(zeos导一犬乡)“〕一2‘一、--一2一，习槽面一多矩齿极对如图3所示。其沿齿极对称面上的磁感应强度可用经验公式计算:下芬协扎土~弩~图3槽面一多矩齿极对召，、召。(z一下件万y) 一少一”、一1+ml挤B。一B盯radBIBJB- BnB!一二‘升气一’1+ml式中B。为齿极端处(y一0)的磁感应强度，T;l为极距，cm;B，为槽面极凹底处(y一l)的磁感应强度，T;m为系数;当极距l为0.5，、0.75、和1.0，时，m分别为1.09、0.74和0.45，齿距:=sem。其磁场梯度gradB，为 擎一拼卫一Bn d少1+ml~U磁场力为(BgradB，，一B若气带瑞)(‘一湍，，(孙仲元)
