A set of equations determining the neutral Angle, rolling torque and the slip condition in asynchronous rolling are derived by upper bound method.
应用上界法推导了一组可确定异步轧制时的中性角、轧制力矩和打滑条件的方程。
The roll separating force, rolling torque and contact pressure along the surface of the rolls are also evaluated by means of the finite element method.
轧制分离力、轧制力矩以及沿轧辊表面的接触压力也通过有限元法进行评估。
On the basis of the limited conditions, entry thickness, exit thickness, rolling speed, tension, rolling force and rolling torque, etc. are calculated.
根据极限条件，计算出入口厚度、出口厚度、轧制速度、张力、轧制力、轧制力矩等。
The simulation result shows this system has several merits, such as stabilizing the calculated rolling torque, diminishing dynamic speed drop restore time and raising the performance of MTC.
模拟仿真结果表明此方法具有被测量稳定、动态速降恢复快、微张力控制效果好等优点。
The simulation result shows this system has several merits, such as stabilizing the calculated rolling torque, diminishing dynamic speed drop restore time and raising the performance of MTC.
模拟仿真结果表明此方法具有被测量稳定、动态速降恢复快、微张力控制效果好等优点。
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