[ qièxiànglì ] circumferential force tangential force
Example Sentences:
1.
Each of circular dishes is subjected to the action of a tangential force . 每个圆盘都受到切向力的作用。
2.
The contact problems are non - linear problems , which relate to stress concentration , local boundary nonlinear , no - reversibility of shear force , and so on 接触问题是非线性问题，涉及到应力集中、局部边界非线性、切向力的不可逆性等一系列非线性问题。
3.
The measured tangential force , tangential inertial force and normal vibration acceleration are decomposed using a discrete wavelet transform . the relation among these three dynamics state variables is investigated 利用小波变换技术对测量的切向力、切向惯性力和法向振动加速度进行分解，对这些动力学变量之间的相互关系进行了深层次的研究。
4.
It is to use finite element method to calculate the stress within the slope in this paper , and get the normal stress and tangent stress of the slope sliding surface directly , and then calculate the stability coefficient of the slope 本文研究内容是应用有限元法计算斜坡内部的应力，并直接求解边坡滑动面上的法向力和切向力，进一步计算边坡的稳定系数。
5.
This research was also supposed to provide a valuable reference for the construction of 500kv eastern hangzhou transformer substation project . to guarantee the rationality of the torsion and bending load application , a set of experimental equipments was transformed from a traditional one by exerting tangential force on the brim of the fan board and conducting broad - billed roller application . in the actually fulfilled experiments on the capabilities of the members under different ratios of torsion and bending , the equipments proved to be well qualified in load applying to large - tonnage members 试验中，为保证扭转及弯矩荷载施加的合理性，在浙江大学工程结构试验室原有的加载设备的基础上，分别采用在扇形板边缘施加切向力和宽轴承滚轴加载的方法，改造并调试出一套可专门用于大吨位构件施加扭转荷载及组合作用的试验设备，并利用这套设备进行了离心钢管混凝土构件在不同弯扭比的组合作用下的试验研究。
6.
Finally , the wave equation of the electromagnetic field of this kind damper is derived from the maxwell ' s equation . the magnetic flux density at the boundary is assumed to be harmonic , so the analytical result of the wave equation is solved . when the rotor rotates , eddy currents flowing inside the conducting material field are caused 最后，应用ahrens的电磁轴承简化模型，从maxwell方程出发推导了应用于本文所述的被动式电磁阻尼器的波动方程，并用傅立叶级数把矩形磁场展开的谐变磁场作为磁场的边界条件，通过求解波动方程得到磁场的解析解，从而计算了阻尼器对转子的电磁力和由涡流引起的切向力产生的阻尼器附加功耗。
