1) overturning moment
倾翻力矩
1.
Analysis of miner's overturning moment under different bottom angle;
不同底板角度下连续采煤机倾翻力矩分析
2) overturning moment
翻倾力矩
1.
The causes of tire overturning moment (abbreviated as TOM below) generation were first studied, and effects of Patch Shift & Carcass Effective Camber were presented.
分析了轮胎翻倾力矩的产生机理 ;提出了导致翻倾力矩的印迹偏离效应和胎体有效侧倾效应 ;建立了轮胎翻倾力矩特性的理论模型 ;基于P2 35 /65R1 6轮胎试验数据 ,进行了模型参数的试验辨识并给出了模型仿真计算结果。
2.
Tire overturning moment (abbreviated as TOM below) is especially important to investigate the vehicle roll-over occurrence and tire effective carcass camber.
轮胎翻倾力矩特性对汽车倾翻的研究有重要影响,也是导致轮胎有效侧倾角的主要因素,对轮胎力学特性理论建模有重要意义。
3) overturning moment
翻倒力矩
4) tilting moment
倾动力矩
1.
By using solidworks software,The models of AOD converter shell and molten steel for obtaining the areal coordinates are created to make refined calculation about the tilting moments of the new or old converters.
运用solidworks软件建立AOD炉及钢液的三维实体模型,以获取其重心坐标,并对新炉、旧炉倾动力矩进行了精确的计算,依据倾动力矩变化曲线提出了防止炉体自动倾翻的耳轴中心安全高度的合理位置。
2.
The application of Auto CAD to the calculation for tilting moment of melting equipments makes the calculation process more simple, convenient and precise.
将计算机CAD绘图软件引入炼钢设备的倾动力矩计算,该方法较传动计算方法计算过程更简单,技术精确度更高,可推广到所有行业的旋转机械零(部)件的设计中。
3.
The paper described a method of converter modeling, tilting moment analysis and dynamic simulation.
本文介绍了转炉倾动力矩计算的计算机模型、计算方法及转炉倾动的动态模拟。
5) Tilting Torque
倾动力矩
1.
The paper presents a discussion about the calculating model of converter tilting torque in detail, and gives a simple but practical calculating diagram , a research upon the relationship between the liquid volume and its top level line inside the converter and puts forward a method for determing the iterative ste
探讨了转炉倾动力矩计算模型的细化；总结出简单实用的计算程序框图；对炉液体积与液面线高度之间的规律进行了研究，提出了迭代步长的选取方法。
2.
Many factors affect the calculation of converter tilting torque,especially furnace structure.
炉型结构是影响倾动力矩众多因素中最关键的因素,原转炉改造后的炉底采用小炉底的结构形式,为了确保改造后的转炉倾动系统能够可靠地运行,应用虚拟样机技术建立转炉的三维模型,对转炉进行动态分析,得到新炉的倾动力矩,为转炉的进一步改造提供理论依据。
3.
Tilting torque of torpedo-like tank is an important parameter in the design of tilting mechanism, peoples used to depend on hand computation in calculating tilting torque of torpedo-like tank with low computing speed and computational accuracy.
鱼雷罐车的倾动力矩是其倾动机构设计的重要参数,以往鱼雷罐车的倾动力矩的计算多依赖于手算,计算速度慢,计算精度低。
6) Turning torque
倾转力矩
补充资料：纯轧力矩(见轧制力矩)
纯轧力矩(见轧制力矩)
net rolling torque
ehunzha iiju纯轧力矩(net rolling torque)见轧制力矩。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条