torque converter

1. Formulas of axial forces in working cells of hydraulic torque converter are presented on the analysis of the distribution of static pressure on working cells of hydraulic torque converter.
   对石油钻机液力变矩器各工作轮中液体的静压力分布进行了分析，由此得出了液力变矩器各工作轮轴向力的理论计算公式。
2. Research on the Torque Distribution Characteristics of Dual-Turbine Torque Converter
   导轮可反转的变矩器双涡轮液力变矩器转矩分配特性研究
3. Study on Transmission Characteristics of Hydrodynamic Split Torque Converter
   分流式液力机械变矩器的传动特性研究
4. Calculation and analysis of axial force in hydrodynamic torque converter based on CFD
   液力变矩器轴向力的CFD计算与分析
5. Check for failed torque converter, main centerline, or diff per service manual procedures.
   根据维修服务手册，检查失效的扭力转换器，主中线，或DIFF。
6. Performance Testing and Analysis of Adjustable Hydraulic Torque Converter on Grouting Pump
   注浆泵用可调式液力变矩器的性能试验分析
7. Amending Redesign of Hydrodynamic Torque Converter Based on Casting Technology and Flow Field Analysis
   基于浇铸工艺优化和三维流场分析的液力变矩器改型设计
8. Numerical Simulation Analysis of Torque Converter's Internal Flow Field
   液力变矩器内部流场的数值模拟分析
9. Study on Wet Clutch Operation and Control in the Integration System of Torque Converter and Automated Manual Transmission
   基于TC的AMT湿式主离合器操控系统及控制研究
10. At last, an advanced technology is put forward to design automotive torque converter.
    最后，建立了轿车液力变矩器的现代设计方法。
11. The simulation of the internal flow field inside the converter was made to reveal the substantial cause for the performance improvement of torque converter.
    对内流场进行了仿真分析，探讨了液力变矩器性能提高的本质原因。
12. If possible, the torque converter mounting should also be removed as early as possible.
    如有可能，还应尽早拆下变矩器支座。
13. Regeneration Technique by Surface Strengthening for Stator Seat of Hydraulic Torque Converter
    液力变矩器导轮座的表面强化再生技术液力变矩器油温警告灯
14. As application examples, the coupling algorithm was used in calculation of flow field in the multi-impeller of the torque converter and the hydrodynamic coupling under different rotation speeds.
    讨论了多流动区域耦合算法及其在液力元件中的具体应用，给出了液力变矩器和液力偶合器的不同转速、多叶轮流场耦合计算的应用实例。
15. Numeric Simulation and Experimental Comparison of Flow Field in Hydraulic Torque Converter
    液力变矩器的流场数值模拟及试验对比
16. The transmission of an automobile engine is often called a "torque converter".
    汽车发动机是由转矩转换器来传送功率的。
17. Optimization of Torque Converter's Blade Angle Parameter and Arithmetic
    液力变矩器叶栅角度参数优化及算法
18. In this example, power flows from the engine, through the torque converter to a large chain that sends the power through a180 degree turn to the transmission that is along side the engine.
    在这个例子中，功率流从发动机，通过变矩器到一个大型连锁传送的权力，通过一个180度的转向传动是沿侧发动机。
19. Research and Simulation for Elastic Deformation of Linkages Parametric Torque Converter Dynamic Model with Variable Shock Loss Coefficient
    基于CAD变量几何法的机构弹性变形分析与模拟变冲击系数的几何参数化变矩器特性模型
20. Numerical Analysis of Flow Field in Turbine of Twin-Turbo Hydrodynamic Torque Converter
    混流式水轮机转轮区叶道涡压力脉动数值研究双涡轮液力变矩器的涡轮流场数值分析
21. Faults Analysis of High Temperature of Torque Converter for Loader
    装载机液力变矩器油温过高故障分析
22. Optimal Slip Control about Lock-up Clutch of Torque Converter
    液力变矩器闭锁离合器的最优滑摩控制
23. A mechanical bridge eliminates slip in the torque converter and therefore saves fuel.
    而由于采用了机械支架，使得变矩器中不再有打滑现象，从而节省了燃油。
24. This paper analyzes the input and output characteristics of power unit that widely apply diesel engine and torque converter.
    本文分析了广泛使用的柴油机加变矩器组成的动力机组的输入、输出特性。
25. The internal characteristics of the torque converter were calculated from its tested external characteristics by the method of proration.
    根据综合式液力变矩器外特性的试验结果，应用比例分配法对其内特性进行了计算。
26. Optimal temperature is40oC higher than mineral equivalent for better torque converter efficiency.
    最适温度为40℃比矿物相当于更高更好的扭矩转换器的效率。
27. Parametric Torque Converter Dynamic Model with Variable Shock Loss Coefficient
    变冲击系数的几何参数化变矩器特性模型
28. Hydrodynamic torque converter& Method of performance tests
    GB/T7680-1987液力变矩器性能试验方法
29. The control system is composed of the engine control automatic shifting control, torque converter lockup closed-loop control, and shift quality control etc.
    控制系统是由发动机控制、自动换挡控制掖力变矩器闭锁闭环控制换挡品质控制等部分组成。
30. Thanks to the dual-clutch design the DSG is remarkably more efficient than the conventional automatic transmission that uses a hydraulic torque converter.
    感谢双离合设计的DSG明显比使用液力扭矩转换器的传统自动变速箱更有效。

noun

1. converter for transmitting and amplifying torque (especially by hydraulic means)