tensor force

Construction and application of anisotropic tensor force finite elememt

各向异性张力有限单元的构造及应用

Magnetic Maxwell stress tensor is derived by use of vector, dyadic and tensor operation, and the computing theory& method of the suspension force on the permanent magnetic bearing is developed and perfected according to Maxwell stress tensor.

利用并矢、矢量和张量运算理论推导出Maxwell磁场张量，发展和完善了基于Maxwell磁场张量的永磁轴承悬浮力计算的理论和方法。

V1 represents a small potential of the order of 1/ M of a simple harmonic oscillator. A tensor force is also introduced to account for the splitting of energy levels of the states with the same spin and orbital angular momentum.

V1代表数量级为1/M的简谐振子位阱，另外还引入一个张量力来解释自旋和轨道角动量相同态的能级分裂。

The new clamps can carry steel cable easily, swiftly and effectively, especially when carrying test equipment for high tensor force steel cable and clamping steel cable before locating.

该夹具夹紧过程既方便快捷又安全高效，尤其适用于大张力钢丝绳施工、测试及锚定前的夹紧过程中。

Magnetic Maxwell stress tensor is derived by use of vector, dyadic and tensor operation, and the computing theory& method of the suspension force on the permanent magnetic bearing is developed and perfected according to Maxwell stress tensor.

利用并矢、矢量和张量运算理论推导出Maxwell磁场张量，发展和完善了基于Maxwell磁场张量的永磁轴承悬浮力计算的理论和方法。

Based Maxwell tensor theory, the electrostatic force on particle was estimated to explain the experimental results.

通过有限元法进行电场计算, 对自由导电微粒的受力情况进行分析,理论验证了实验结果.

Anisotropic Tensor Force Finite Element Method of IFT Theory for Simplified Navier-Stokes Equations

简化Navier-Stokes方程的IFT理论的各向异性张力有限元法

Firstly, the orientation field is constructed by local structure tensor based on pixel force.

首先利用影像的象素力思想来构建结构张量以求取影像的方向场.

In this paper we use tensor force spline function to construct a new kind of finite element-Tensor Force Hermite Finite Element, Its existence and uniqueness in interpolation problem are studied.

在本文中，我们利用张力样条函数，构造了张力Hermite有限元，并证明了其插值问题的适定性。

From the basic formula of coulomb force and ampere force, together with the concept of electric stress tensor, the mathematic formula of electric force and magnetic force is deduced in this article.

从库仑力和安培力的基本公式出发，引用电应力张量和磁应力张量的概念，导出计算电场力和磁场力的简单数学表示式。