机车牵引力

机车牵引力与制动力的分析

Analysis on the Haulage Force and Brake Force of Mine Locomotive

机车牵引力的在线实时计算

On - line Real-time Computation of Locomotive Traction

计算速度是非常重要的.的计算。机车牵引力的在线实时计算

On-line Real-time Computation of Locomotive Traction

丝束牵切成条纺纱法发动机牵引力，机车牵引力

Tow-to-sliver break spinning engine tractive force

在系统设计中，机车牵引力通过牵引电动机电压、电流、效率以及机车速度进行计算。

In this system , Traction force can be gained through the motor voltage , current , efficiency and velocity of train .

分析表明，机车牵引力相同时，坡道对机车轴重转移的影响很少，在工程上可不予考虑。

It shows that under the same locomotive traction , the ramp has little effect on the axle load transfer not to be considered .

轮轨间的粘着是机车的牵引力或制动力形成的最重要的要素，只有有效地利用轮轨间的粘着力才能保证列车安全稳定地运行，进而更好地发挥机车功率。

The adhesion in the wheel-rail contact is the most important formation factor of traction or braking force , only which is used effectively , the safe and stable running of locomotive can be ensured , and then locomotive can play more better power .

研究粘着控制方法，对预防和抑制机车的空转、提高机车牵引力的利用率有重要的工程应用价值。

Thus , it is important to study the adhesion control , and find ways to prevent or suppress the idling of the locomotive , and also improve the utilization of the locomotive traction .