1) tangential component force
切向分力
2) tangential stress
切向应力
1.
Based on the Inglis formula, which calculates the tangential stress of the surrounding rock of geological stress field in different circumstances, programme is developed to compute the corresponding tangential stress of the surrounding rock of several underground plants, for instance, Ertan project of Sichuan according to different directions of longitudinal axle.
从地下洞室周边切向应力的英格里(Inglis)公式出发,提出针对不同环境的地应力场进行地下厂房纵轴线方位优选的简便方法,并编程计算了四川二滩等多个地下厂房不同纵轴线方向所对应的洞室周边切向应力,分析不同纵轴线方向条件下洞室周边切向应力的极值,并与实际工程所选取的纵轴线方向所对应的切向应力值比较,讨论了工程所选纵轴线的合理性以及洞室周边应力的集中程度。
2.
The compulation formulas on radial stress,tangential stress and deflection were derived.
运用平板理论 ,分析了周边固定受同心环形线载荷作用环形圆板的应力 ,并且导出径向应力、切向应力及挠度的计算公式 ,为结构设计提供了方
3.
The calculation formulae of normal stress difference,tangential stress and moment acted on the inner cylinder for the flow of power-law fluid in annulus with the inner cylinder executing a planetary motion under motive bipolar coordinate system were given.
给出了运动双极坐标系下幂律流体在内管做行星运动的环空中流动时流体作用在内管外壁上的法向应力差、切向应力和扭矩的计算公式;以可视为幂律流体的CMC水溶液为例,利用幂律流体在内管做行星运动的环空中流动的流函数分布的数值解对该流动时流体作用在内管壁的法向应力差、切向应力和扭矩进行了数值计算,并分析了内管自转和公转速度、环空偏心度以及压力梯度对其的影响;还以水为例,把利用数值解绘制的法向应力差、切向应力和扭矩的分布曲线与解析解绘制的法向应力差、切向应力和转矩的分布曲线进行了对比,两者吻合较好,说明给出的幂律流体在内管做行星运动的环空中流动时流体作用在内管外壁上的法向应力差、切向应力和扭矩的计算公式以及数值计算方法是正确的。
3) tangential force
切向力
1.
The formula for calculation of tangential force of toothed roller is derived from secondary crushing theory combined with analysis in tangential force of toothed roller mounted on single roller crusher and that has been proved by practical calculation in crusher design and it provides a new consideration for design of a toothed roller mounted crusher.
利用第二破碎理论 ,结合对单齿辊破碎机齿辊切向力的分析 ,推导出齿辊切向力的计算公式 ,并进行了实际设计计算验证 ,为齿辊破碎机设计计算提供了一个新思路。
2.
The experimental results show that the adhesion increases with the magnitude of normal load at the logarithmic rule; that tangential force increases with magnitude of normal load at the logarithmic rule; and that tangential force increases with magnitude of negative normal load at the linear rule.
结果表明,负法向力(即粘着力)随法向力的增加而呈对数规律增加;在负法向力下,切向力随负法向力的增加而线性增加;在一定负法向力下,切向力随初始法向力的增加按对数规律增加。
4) tangential thrust
切向推力
5) shear force
切向力
1.
According to vibration characteristics of this type electromotor,expressions of radial force and shear force were obtained and effect on vehicle vibration system by electromotor was studied through analytical method.
同时,根据开关磁阻电机的振动特性,以电机为激振源,导出了电机径向力和切向力随时间变化的解析表达式,用解析方法分析了它们对车辆振动系统的激振程度。
2.
The article introduces the formulation used in order to reckon synthesis and shear force,and how to decide the angle related to the winch by useing of Excel in the swelling,inspiration,compress,exhaust.
介绍了解析法计算综合活塞力和切向力的方法和利用Excel软件计算功能确定双作用缸在气体膨胀、吸气、压缩、排气过程对应的曲柄转角。
3.
The article introduces the math method used in the compressor design in order to reckon synthesis and shear force,and analyses carefully how to decide the angle related to the winch.
介绍了压缩机设计过程中利用解析法计算综合活塞力和切向力的方法,如何利用Excel软件的计算功能确定双作用缸在轴侧和盖侧的气体膨胀、吸气、压缩、排气过程中对应的曲柄转角。
6) Tangential elastic force
切向弹力
补充资料：切向力
物体作曲线运动时，在其轨道切线方向上所受到的力。它使物体获得切向加速度。如平抛运动中，重力的切向分力将产生切向加速度，使物体的切向速度逐渐增大。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条