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- Maxwell rs stress functions 麦克斯韦应力函数
- Maxwell rs stress force 麦克斯韦应力
- Maxwell rs stress tensor 麦克斯韦应力张量
- Morera rs stress functions 莫累拉应力函数
- Eubanks , R.A. and E.Sternberg, “On the Completeness of Boussinesq-Papkovitch Stress Functions”, J.Rat.Mech.Analy. 邵德文、周宜兴，切力作用在二分之一空间固体表面解析解正确性之探讨，硕士论文，淡江大学机械工程研究所，民国88年6月。
- By taking the Cauchy integral for each term of the boundary equation, the complex stress functions corresponding to the flexural loads are formulated. 经由对边界方程式取歌西积分后，便可求得对应于侧向负载之复变应力函数。
- Maxwell rs law of velocity disribution 麦克斯韦速度分布定律
- Maxwell rs coefficient of diffusion 麦克斯韦扩散系数
- By substituting the mapping function into it governing boundary equation, the complex stress functions can be obtained as a result of evaluating Cauchy integrals. 藉由歌西积分，其所对应之复变应力函数便可求得。
- Maxwell rs theorem of reciprocity 麦克斯韦互等定理
- Maxwell rs electromagnetic theory 麦克斯韦电磁理论
- Maxwell rs law reciprocal deflection 麦克斯韦变位互等定律
- maxwell rs electromagnetic equation 麦克斯韦电磁方程式
- From the governing equations of the elastic plane problem and the Airy stress function, the fundamental analytical solutions are first derived and then used as the trial functions to formulate the elements: ATF-Q4a, ATF-Q4b and ATF-Q4q. 根据弹性力学平面问题的控制方程和艾雷应力函数,求出问题基本解析解,然后用其作为试函数来构造单元:ATF-Q4a、ATF-Q4b、ATF-Q4q。
- Maxwell rs electromagnetic theory of light 麦克斯韦氏光的电磁论
- A study of double dissimilar orthotropic composite materials interfacial crack was made by constructing new stress functions and employing the method of composite material complex. 摘要通过构造新的应力函数，利用复合材料断裂复变方法，对正交异性双材料界面裂纹进行了研究。
- Stress can be the undoing of so many fine players. 紧张可能是这许多优秀选手失败的原因。
- Parts adopt jumping type design stressing functional subareas. 局部跃式设计,强调功能分区。
- Selecting the adequate stress function and making it satisfy the correspondent boundary condition,this paper gives the distribution of stress and displacement in a semi-infinite cone subjected to a vertical concentrated force at the apex. 本文选择适当的应力函数并使其满足相应的边界条件;得出了顶端受竖向集中力的半无限圆锥体中的应力与位移的分布.
- According to the nature of two-dimensional biharmonic equations,this paper obtains a polynomial solution of the biharmonic equation for stress function by means of the MATHEMATICA software. 根据二维双调和方程的特点并借助于MATHEMATICA软件,得到了应力函数双调和方程的多项式解答。
