车轮与轮箍的界面受到许多种剧烈的作用。
The wheel-tyre interface is subject to a number of severe actions .
车轮与轮箍的界面受到许多种剧烈的作用。
The wheel-tyre interface is subject to a number of severe actions.
轮箍是所有质量以相同速率运动的特例。
A hoop is a special case in which all the mass moves at the same speed.
该机能满足不同型号机车轮箍扣环滚压的要求。
They can meet the requirements of wheel tyre retaining rings of different models of locomotives for rolling.
本系统实现了车轮、轮箍两条超声波探伤生产线智能化检测功能。
The system realized intelligent inspection function of the wheel and ring ultrasonic testing in two on-lines.
研究了轮箍钢低倍组织和连铸温度对白点敏感性、断裂韧性的影响。
The effects of the macrostructure of tyre steel and continuous-casting temperature on hydrogen flaking and fracture toughness, K_(IQ), have been investigated.
具体介绍了针对轮箍表面缺陷图像处理的设计思想和几种适用算法。
The design idea and several applicable algorithms are introduced in detail against the image processing of the surface flaw of a tyre.
将旋钮压下，顺时针旋转一整圈，使其完全嵌入到阀杆轮箍的螺纹里。
Press down on knob and turn clockwise one full turn to properly engage threads on stem boss.
所述的轮箍预装用卡环，其整体扣装在轨道机车轮对的轮箍的沟槽中。
The wheel band pre-installation used snap ring is wholly buckle installed in the groove of the wheel band relative to the rail car wheel.
通过分析计算，确定了机车轮对轮箍加装扣环方案对轮对的强度的影响。
Through analysis and counting, strength impact about the schema of the wheel equipped with buckle is confirmed.
利用霍尔传感器技术和红外测温技术，设计了机车轮箍弛缓在线监测系统。
On-line system of monitoring locomotive tyre loose is designed by means of techniques of infrared radiation measurement and Hall sensor measurement.
轮箍位置，符号和开孔程序应该遵守MSS旁路和排泄连接标准SP45。
Boss locations and symbols and tapping procedures are in accordance with MSS By-Pass and Drain Connection Standard SP 45.
减少车轮轮箍质量问题的关键不仅要优化车轮轮箍设计，而且更要提高钢质纯净度。
The key to reduce the wheel tyre quality problems is not only to optimize the wheel tyre design, but also to improve purity of steel.
减少车轮轮箍质量问题的关键不仅要优化车轮轮箍设计 ，而且更要提高钢质纯净度。
The key to reduce the wheel tyre quality problems is not only to optimize the wheel tyre design, but also to improve purity of steel.
在轮毂和轮箍之间常用白油漆画上记号，只要轮毂和轮箍发生位移，立刻就会被发现。
Many railways painted a white mark over the wheel tyre and hub so that any movement of the tyre on the hub was immediately noticeable.
采用低倍检验、金相检验及化学成分分析等方法对火车轮箍机加工出现裂纹的原因进行了分析。
Methods such as macroscopic evaluation, metallography examination and chemical composition analysis were used to study the forming reason of crack in machining process of tyres for train.
分析了马钢车轮轮箍厂在车轮生产中存在的主要问题，介绍了车轮生产工艺及设备的改造情况。
The main problems of producing solid wheels are analyzed, and the situation of technology and equipment reformation is described.
通过计算，在屏幕上显示出四爪卡盘各卡爪需要调整的数据，实现机车轮箍加工的计算机辅助装夹控制。
The auxiliary fixing is realized on locomotive wheel rings manufacturing by the ranging data showed on the computers screen.
为了防止内燃机车轮箍弛缓造成的机车脱轨事故，郑州铁路局机务处提出了机车轮对轮箍加装扣环的方案。
To prevent the digression accidents caused by locomotive's bandage relaxation, Zhengzhou train station put forward the scheme of wheel-set equipped with buckle.
轮箍弛缓的发生将会引起机车脱轨甚至颠覆的重大安全事故，因此监测轮箍的弛缓状况对保障铁路行车安全具有重大意义。
Tyre loose results in serious security accidents of locomotive digression, so it is significant to monitor the condition of tyre loose for safe driving on railway.
结果表明：轮箍裂纹是由于钢锭中存在严重的皮下气泡，在轮箍热加工过程中皮下气泡处金属被氧化烧穿导致不能粘合而形成裂纹。
The result showed that the crack forming was due to the billet metal in the subcutaneous blow holes were oxidated during heating process and could not be sticked.
此外，该公司的液压马达将带动32条特制轮箍，而这些轮箍连接到这个直径为648英尺高的摩天轮，使其以每小时旋转三次的匀速旋转。
In addition, the company's hydraulic motors will drive 32 special tires that contact the 648-foot diameter wheel, making it rotate at a constant speed of three times an hour.
据称，1998年在德国Eschede发生的ICE列车高速碰撞，就是因为车轮不圆或缺陷造成车轮轮箍故障引起的，事故造重大伤亡。
An "unround" (out of round) or eccentric wheel is alleged to have led to wheel tyre failure of a German ICE at Eschede in 1998, causing a high-speed crash with heavy loss of life.
据称，1998年在德国Eschede发生的ICE列车高速碰撞，就是因为车轮不圆或缺陷造成车轮轮箍故障引起的，事故造重大伤亡。
An "unround" (out of round) or eccentric wheel is alleged to have led to wheel tyre failure of a German ICE at Eschede in 1998, causing a high-speed crash with heavy loss of life.
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