刹车盘,brake disc英语短句,例句大全

刹车盘,brake disc
1)brake disc刹车盘
1.Design of extrusion die with liquid infiltration for brake disc;挤压浸渗刹车盘模具设计
2.Estimation of thermal fatigue life of brake disc of drilling rig for ultra-deep well;超深井钻机刹车盘热疲劳寿命预测
3.In order to improve tribological performance and service life of disc-brake pair materials for drilling rig,build-up welding material of brake disc and asbestos-free material of brake block were developed.为提高深井石油钻机盘式刹车副的摩擦学性能和使用寿命,研制开发了新型刹车盘表面堆焊材料和无石棉刹车块摩擦材料,并通过变温摩擦磨损性能实验,研究了刹车副的摩擦学性能。

英文短句/例句

1.pads apply friction to both sides of the brake disk.垫子能够在刹车盘的两边施加压力。
2.Using Resin Sand-Coated Iron Mold to Produce Ductile Iron Brake Disc用覆砂铁型铸造工艺生产球铁列车刹车盘
3.Solution for Dispersed Shrinkage Defect of Auto Break Disc一种汽车刹车盘铸件缩松缺陷的解决方法
4.Study of Brake Disk Wearing Effect on the Stopping Distance飞机刹车盘磨损对制动距离的影响研究
5.Research on Milling Method for Control System of Brake Discs Balancing Machine基于铣削去重的刹车盘平衡机控制系统研究
6.Study on Composition and Processing of C/C Composite Brake Disc with Random Fiber PreformC/C刹车盘用短纤维预制体组成及工艺研究
7.3-D temperature field for C/C composite braking discsC/C复合材料飞机刹车盘的三维温度场
8.The main brake system utilizes either a band brake or a hydraulic disc brake.主绞车的主刹车系统既可采用带式刹车，亦可采用液压盘式刹车。
9.A Study on the Substrate of a New Disc Brake Block新型车用盘式刹车片的金属基体研究
10.The Safety Protection Function of Disc Brake on Oil Drilling Rig石油钻机用盘式刹车的安全保护功能
11.Research and Application about CAPP Technology Used to Disc Break Pad;盘式刹车片CAPP技术的研究与应用
12.Test Stand for Hydraulic Disc Brake Winch and Compound Transmission Box液压盘式刹车绞车和并车传动箱试验装置
13.Calculation and analysis of thermal stress in brake disc盘式刹车制动盘热应力弹性计算及分析
14.This car is very easy to drive, it has power steering and power brakes.这部车很容易开，它有机动方向盘和机动刹车器。
15.Application and analysis of air-control disc auxiliary brake for mobile rig气控盘式辅助刹车在车载钻机中的应用分析
16.Safety of disc brake automatic driller system钻机盘式刹车自动送钻中的安全性研究
17.ON A CONTROL METHOD OF MICROCOMPUTER CONTROL SYSTEM FOR DISC BRAKE AUTODRILLER钻机盘式刹车自动送钻微机控制方法的研究
18.Theoretical approach of disc brake system optimum design for drilling rigs钻机盘式刹车系统优化设计的理论探讨

相关短句/例句

brake disk刹车盘
1.It also possesses the lowest wear loss and is one of the best material to make brake disks.因此 ,蠕墨铸铁取代灰铸铁作为汽车刹车盘 /毂材料具有广阔的应用前景。
2.And the centrifugal casting process and the temperature field of aluminum alloy brake disk and the mould were simulated by using commercial software ProCAST, the result of which indicated that when the pouring temperature was more than 640℃, and the centrifugal rotational speed was 300r/min or 400r/min, a full-filled casting could be obtained.4Mn浆料浇注温度794℃、模具温度300℃、离心机转速400r/min(代号c1)和浇注温度757℃、模具温度100℃、离心机转速400r/min(代号c2)两种,对ZL104基体浆料浇注温度640℃、模具温度400℃、离心机转速400r/min(代号d),对外加SiC颗粒增强铝硅合金基复合材料的浆料浇注温度720℃、模具温度600℃、离心机转速800r/min(代号e)共七种可行的离心成形工艺成功成形了七个刹车盘零件。
3.This paper introduced the preparation technology and characteristics of carbon/carbon composites,the requirement of wheel on carbon/carbon brake disk,and discussed the reliability of machining technology on carbon/carbon brake disk.文章介绍炭/炭复合材料的制备技术和该材料的特性,机轮对炭/炭复合材料刹车盘的使用要求。
3)brake-disc刹车盘
1.In order to improve wear-resistance and anti-thermal fatigue properties, a surfacing material of brake-disc for drilling rig with better performance was developed, and its wear mechanism was investigated based on friction and wear experiment at variable temperature.为提高石油钻机盘式刹车盘的耐磨及抗热疲劳性能,研制开发了一种性能优良的石油钻机刹车盘表面堆焊材料,并在变温摩擦磨损性能试验的基础上,利用扫描电子显微镜(SEM)、X射线能谱仪(EDAX)和X射线衍射仪(XRD)等分析技术,对热平衡温度在150℃和300℃时刹车盘磨损表面的形貌、成分及相结构进行了分析,揭示了表面堆焊材料的摩擦学行为和磨损机理。
4)disk brake盘式刹车
1.Single-Chip Microcomputer Controlled Autodriller for Disk Brake in Oil Drilling;盘式刹车单片机控制自动送钻技术
5)disc brake盘式刹车
1.New development on technology of disc brake for drilling rig;石油钻机盘式刹车技术的新发展
2.The analysis of the connection between adjusting disc brake and WOB;盘式刹车调节与钻压关系的分析
3.Discussion on development and application of disc brake;盘式刹车开发与应用探讨
6)carbon brakes炭刹车盘
1.In this paper a new repairing technology to repair carbon brakes by in—situ carbon compensation integral bonding was showed.采用原位炭补强整体粘接修复飞机炭刹车盘的方法,与国外常用的"二合一"铆接修复方法相比,不改变Dunlop炭刹车盘材料的摩擦特性,对母体材料的密度、硬度、表面孔率,经加工过的影响也不明显,但其导热系数比"二合一"铆接炭刹车盘材料提高了30%,改善了飞机炭刹车盘材料修复后的整体性,可靠性和安全性,是一种技术创新的修复方法,除用于B757—200飞机炭刹车盘材料的维修外,还用于其他型号飞机炭刹车盘材料的维修。