1) driving force moment
动力矩
1.
<Abstrcat> This paper researches and establishes the calculating formula of the driving force moment to make the tube-insert self-rotate and automatically remove fouling in heat transfer tubes, using the principle of momentum moment and the analyses method of kinematics.
为了给螺旋齿管的结构优化提供设计理论,运用动量矩原理和自转牵连运动的运动学分析方法等,研究建立了传热管内流体动力螺旋齿管的自转清洗动力矩计算式,以此指导设计了不同结构参数的螺旋齿管进行试验比较。
2) brake torque
制动力矩
1.
The design scheme of agitated MR brake is presented in this paper,with the brake prototype, the experimentation of measuring brake torque is carried out on specially designed testing machine and brake performance of the MR fluids brake is further summarized and compared with the common brake.
本文提出了搅拌型制动器模型的设计,通过试验确定了该制动器搅拌磁流变体时产生制动力矩的制动特性,并与常用的剪切型,磁流变体制动器作了比较。
2.
The measure principle and method of mine hoist brake torque are expounded.
阐述了矿井提升机制动力矩的检测原理和检测方法,利用提升机低速运行时,通过断电、施闸,检测施闸后静阻力矩及制动减速度来计算制动力矩。
3.
According to"Coal mine Safety regulation"the request,this article mainly analyzes the relation between the hoist's brake torque and brake deceleration in the equipollent tail rope promotion system,produced the relational curve of deceleration and the gravity characteristic coefficient and the braking moment multiple.
根据《煤矿安全规程》的要求,通过对在等重尾绳提升系统中制动力矩与制动减速度关系的分析,给出了减速度与重力特性系数和制动力矩倍数的关系曲线。
3) 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。
4) braking moment
制动力矩
1.
Eddy current analysis and braking moment calculation of permanent magnet typed eddy current retarder;
永磁式涡流缓速器涡流分析与制动力矩计算
2.
This text presents the importance of braking moment of hoist on-line monitor and diagnosis study, introduces the operation principle and characteristic of brake monitor,offers a method to monitor and diagnose braking moment on-line and proves above by a hydraulic pressure system of 2JTP-1.
阐述了提升机制动力矩在线监测与诊断方法研究的重要性,介绍了盘式制动器的工作原理及特点,提出了一种在线监测与诊断制动力矩的方法,并在实验室2JTP-1。
3.
The paper presented that braking moment of disk brake was important for hoisting safety, and introduced the principle and method using a displacement transducer and PC to monitor braking moment on line.
阐述了盘式制动器制动力矩对提升安全的重要性 ,介绍了一种利用位移传感器和工控机在线监测制动力矩的原理和方
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。
6) Starting torque
起动力矩
参考词条
补充资料：动力矩
动力矩
dynamic torque
donglilu动力矩(dynamie torque)车。制时因速度变化而产生的惯性力所形成的阻力矩。这在带飞轮的轧机或在轧制过程中调速以及可逆轧制情况下都可遇到。 惯性力F等于质量，乘以加速度 _d刀_d。 F一m共二~mR一二 三一’~dt一”~dt式中要为角力。速度;。为角速度;，为时间;。为轧制价’dt/J用月“~~’一/Jz“~~’“/廿’切’一，’“/J，“’，J速度，R为回转半径。 动力矩从为惯性力F与回转半径R的乘积 ___。doZ犷GDZ dn GDZ dn 五f刁一F双一mR“于二一芒于一于二~于三浅汗 ~d一孟1、一‘一dt 60 49 dt 375dr式中G刀2为旋转部件的飞轮惯量;n为旋转部件的转速;g为重力加速度。 (贺毓辛)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。