片语

boundary integral element method边界积分法

Boundary finite element method边界有限元法

boundary element method bem边界元法

Hybrid finite-element and boundary-element method有限元与边界元耦合的方法

boundary y element method边界元法

boundary element interpolation method边界元插值法

hybrid boundary element method混合边界无法

scaled boundary finite element method比例边界有限元法

英汉例句

• The linear boundary element method (LBEM) is based on the constant boundary element method (CBEM), it makes boundary element into linear segment from linear interpolating function.

  线性边界元法（LBEM）是在常数边界元法（CBEM）的基础上，从线性插值函数出发将边界单元按线性分布来进行处理的一种数值方法。

• Because the boundary element method is half analytical and half numerical, there exist the problems of the existence and uniqueness of the solutions.

  由于边界元法是半解析半数值解法。在解边界积分方程时会遇到解的存在与唯一性问题。

• A theoretical calibration method for potential system with electric field boundary element method was introduced.

  文中提出了一种用电磁场边界元法对电位法进行标定的理论标定方法。

• The calculation of the initial stress (or initial strain) singular integrals in elastoplastic boundary element method is a difficult, but an important problem.

  弹塑性边界元法中初应力(或初应变)奇异体积分的计算一直是一个较为困难、但又是非常重要的问题。

• Scattering of SV waves by a cavity in a layered half-space was analyzed by indirect boundary element method in frequency domain.

  利用间接边界元法，在频域内求解了层状弹性半空间中洞室对入射平面SV波的散射问题。

• In this paper, we establish the theory for boundary element method and its application in potential problems.

  本文研究了边界单元法的理论及其在解位势问题中的应用。

• An inverse stochastic boundary element method for prediction of contact stress is presented by combining improved filter algorithm with stochastic boundary element method.

  将改进的滤波算法和随机边界元法结合，提出了用于预测接触应力的逆随机边界元法。

• Theory of solving the response function by boundary element method is discussed.

  旨在探讨用边界元法求解响应函数的理论方法。

• A boundary element method based on an iterative technique for solving the three-dimensional elastic contact problem without sliding is presented.

  本文提出了一种基于迭代技术的边界元法求解三维无滑动摩擦型弹性接触问题。

• The emphasis is placed upon the numerical methods, including finite difference method, finite element method, boundary element method and so on.

  着重讨论了包括有限差分法、有限元法和边界元法等在内的数值方法。

• The direct problem was solved by DRBEM, which eliminated the drawback of domain integral for classical boundary element method and resulted in pure boundary integral calculation.

  正问题采用双倒易边界元法求解，该法避免了传统边界元法需进行区域积分的缺点，仅需纯边界积分计算。

• In this paper the boundary element method based on stress for solving the elastic problems of the plane is proposed.

  本文提出了求解平面弹性问题的应力边界元法。

• The primal research work about virtual boundary element method is on the problems of single domain.

  等额配点法和最小二乘积分法是两种最常用的虚边界元法构造思路。

• In this paper we use boundary element method to separating main stress. It can simplify the problem and provide a practical method for separating main stress.

  本文将边界元法引入光弹性应力分析使主应力分离问题得到简化，从而使光弹性应力分析方法更简便可行。

• The results show that the higher-order, fast multipole boundary element method can be applied to large problems with high numerical accuracy for engineering designs.

  研究结果表明，高阶快速多极边界元法易于分析此类大规模问题，并具有很高的数值计算精度，满足工程设计的要求。