地球自转所产生的离心力矩是大陆离极运动的原因，由此而产生的极移使地球发生相应的形变。
The centrifugal torsion caused by earth rotation is the reason that the continents move of the pole. It makes the pole drift and the crust deformed.
角接触推力球轴承在高速运转时，作用在球上的离心力和旋转力矩可能会导致钢球在滚道内滑动。
When angular contact thrust ball bearings operate at high speeds, the centrifugal forces and gyratory moments acting on the balls may cause them to slide on the raceways.
本文利用拟动力学法，同时考虑径向负荷、轴向负荷、自身离心力以及陀螺力矩作用的影响，建立了高速滚珠轴承载荷分布的分析模型。
Considering radial load, axial load, centrifugal force and gyroscopic moment acted on the ball bearing simultaneously, an analysis model based on quasi-dynamic method was set up in this paper.
旨在揭示机动飞行产生的附加离心力和附加陀螺力矩对裂纹转子系统非线性响应的影响。
It aims to reveal the influence of maneuver load on the nonlinear response of cracked rotor.
旨在揭示机动飞行产生的附加离心力和附加陀螺力矩对裂纹转子系统非线性响应的影响。
It aims to reveal the influence of maneuver load on the nonlinear response of cracked rotor.
应用推荐