potential boundary的例句大全

A Boundary Integral Equation and its Numerical Solution of Potential Flow Around Surface-Irregularities

突体绕流的一种边界积分方程及数值解

Conformal mapping with special boundary conditions to solve the electrostatic fields, electric potential field in three-dimensional space using the inverse radius vector method gives power to deal with such issues as law and the strict mathematical solution. 3.

保角变换解决具有特殊边界条件的静电场问题，利用三维空间场电势的逆矢径方法给出电像法以及处理此类问题的严格数学解法。

Based on testifying the integrand divergence free property of the traction boundary integral equation and Stokes' theorem, the computation of traction boundary integral equation can be transformed into the evaluation of the displacement potential function on the boundary points.

证明面力边界积分方程被积函数的散度等于零，应用Stokes公式，对平面线弹性问题，将面力边界积分的求解转化为边界点的位移势函数的点值计算。

The method is based on the following concepts: ( 1) semi-bending moment theory combined with boundary effect theory of the cone-cylinder Junction ( 2) the minimun potential energy principle with the tangential displacement as the fundamental variable.

该方法的基本思想是：（1）联合运用半弯矩理论和结合边附近边界效应理论；（2）利用以切向位移作为基本未知数的最小势能原理。

potential flow solution using higher order boundary element method with rankine source

Bankine源高阶边界元法求解势流问题

atomic boundary potential correction to equation of state for thomas-fermi model

考虑原子边界势修正的Thomas-Fermi状态方程

on the boundary value problem of the second order stationary wave diffraction potential

关于二阶波浪绕射势稳态解边值问题

The result shows the encephalic pathological tissues have effect on the scalp boundary nodes potential.

结果表明颅内组织异变对头皮边界节点电位的影响明显.

BOUNDARY ELEMENT METHOD OF POTENTIAL FIELD UPWARD CONTINUATION.

位场向上延拓的边界元法.

By analogizing to the grain boundary defects model for ZnO varistors, a Schottky potential barriers model for TiO2 based ceramics for varistors is introduced.

类比ZnO压敏材料的晶界势垒模型，提出了适合TiO2压敏材料的肖特基势垒模型。

Inviscid three-dimensional extreme free surface wave motions in infinite water-depth are simulated using a novel quadratic higher-order boundary element model ( HOBEM) based on potential theory.

基于无旋、不可压的势流理论，利用高阶边界元法建立了一种可应用于无限水深的无粘三维完全非线性数值波浪水槽。

By applying fast multipole expansion, the boundary integral equation about 3 D potential problem is made discrete.

应用快速多极展开法将三维位势问题的边界方程离散.

boundary element method is the most widely used method for potential flow.

势流问题大量采用边界元方法数值求解.