1·Centripetal force and tangential force or centrifugal force and tangential force could be used as a strain analysis method.
用向心力和切向力或离心力和切向力进行胁变分析是可行的。
2·The change of the seat Angle affects significantly the tangential force, the efficiency of the force, and action efficiency.
改变坐角显著影响脚蹬切向力、有效力及作用效率的大小。
3·Do the tangential force, the mormal force, the resultant force and their directions during oscillation of a simple pendulum change?
那么单摆在振动过程中，切向力、法向力及合力的大小和方向是否在变化?。
4·Provided two contact bodies are in the critical state of relative sliding, the tangential force is proportional to the vertical force.
假设当两个接触面处于相对滑动的临界状态时，切向力与垂向力成正比。
5·Of all the additional forces, only the tangential force effects on the flow. The effect of centrifugal and Coriolis forces on the flow is counteracted.
在所有附加力中，只有切向力对流体产生影响，离心力和科氏惯性力的影响相互抵消。
6·Considering the tangential force applied on a contact spot, the critical area demarcating the elastic and plastic regimes is obtained by comparing the normal elastic load with the normal plastic load.
计及作用于接触斑点上的切向力，通过比较作用于接触斑点上的法向弹性载荷与法向塑性载荷，确定了区分弹性接触与塑性接触区域的临界接触斑点面积。
7·The dynamic behavior and the stability of simply supported elastic rods with internal elastic supports under the action of uniformly distributed tangential follower force are investigated.
研究了具有多个弹性支承的弹性简支杆在切向均布随从力作用下的动力特性和稳定性问题。
8·In addition, considering that DDA could accurately solve the tangential sliding force, the reasonable factor of safety could be obtained by combining strength reduction method.
此外，考虑到DDA可以准确解决的切线的滑动力，合理的安全系数可以通过以下方式获得结合强度降低的方法。
9·Combining with a manual berth project in frozen area park, frictional resistance and uplift displacement of piles induced by tangential frozen heaving force are decided by in-site test.
结合寒冷地区某公园人工湖船台工程，通过现场试验，确定船台桩基切向冻胀力作用下的摩阻力值和上拔位移。
10·Analyzed from the stress Angle, the lathe-bed is mainly imposed by a vertically upward force, moreover, the lathe-bed is not slender, so the direction of tangential stress should not be ignored.
从床身的受力角度看来，床身主要受到垂直方向上的力，而且床身不是细长的结构，切应力的方向不能忽略。