英汉例句

• as its applications, the continuity of solution mappings for a class of parametric vector optimization problem and parametric vector variational inequality is obtained.

  作为应用，得到一类参数向量优化问题和参数向量变分不等式的解的连续性。

• mathematical theory of variational inequality problems is developed from 1960's, with the studying of nonlinear problems in the continuous mechanics.

  变分不等式问题的数学理论是从上世纪六十年代随着人们对连续力学非线性问题的深入研究而发展起来的。

• in this paper not to overlap domain decomposition methods for a fourth-order variational inequality problem is considered and the convergence is obtained.

  本文基于一类四阶变分不等式的等价形式，讨论无重叠的两子区域分裂法，给出了方法的计算步骤，并得到了收敛性的结论。

• the differential equation model and the variational inequality model are equivalent for contact problems with friction and initial gaps.

  有初间隙摩擦接触问题有微分方程和变分不等式两种等价提法。

• finite elemnent-linear complementary equation is established for analysis of elastoplastic thin plate-bending problems based on variational inequality principle.

  从变分不等式出发，结合有限元，建立了按增量求解薄板弹塑性弯曲问题的线性互补方程。

• by using a known fixed point theorem, an existence theorem of solutions of generalized variational inequality is proved in noncompact h space.

  利用已知的不动点定理，在非紧h空间内得到抽象广义变分不等式解的存在性定理；

• at each iteration, the proposed subproblem consists of a strongly monotonic linear variational inequality and a well-conditioned system of nonlinear equations, which is easily to be solved.

  在每步迭代计算中，新方法提出了易于计算的子问题，该子问题由强单调的线性变分不等式和良态的非线性方程系统构成。

• the plastic process analyses on rectangular plate upsetting were made in detail on the basis of the principle of generalized variational inequality subjected to friction.

  基于摩擦约束广义变分不等式原理，对长矩形板镦粗进行详细的塑性加工工步分析。

• sensitivity analysis for multimodal equilibrium assignment variational inequality model is proposed, and a numeral example is given.

  本文对多模式均衡配流变分不等式模型进行了灵敏度分析 ，并给出了数值算例。

• a route-based variational inequality model and a heuristic algorithm of the dynamic user optimal route choice problem were proposed by the link travel time function.

  运用该阻抗函数建立基于路径的动态用户最优路径选择变分不等式模型，给出了该模型的启发式算法。

• this problem generalizes the (scalar) implicit equilibrium problem and implicit variational inequality problem.

  该问题推广了数值均衡问题，向量均衡问题和向量变分不等式问题。

• in this paper, we introduce several classes of vector f-complementarity problems and give relations between vector f-complementarity problems and general vector variational inequality problems.

  本文引入了几类向量f-互补问题并给出了向量f-互补问题与广义向量变分不等式之间的关系。

• unconventional double set parameter finite element approximation for a fourth order variational inequality with displacement obstacle is considered.

  研究位移障碍下的一个四阶变分不等式的非常规双参数有限元逼近。

• finally in the third part, we study the optimal control problems for the variational inequality with delays in the highest order spatial derivatives.

  第三部分讨论最高阶偏导数项具有时滞的变分不等式的最优控制问题。

• based on the boundary mixed variational inequality with non-differentiable functional in friction problem, the iterative decomposition method and its convergence analysis are presented.

  针对摩擦问题中具不可微泛函项的非线性混合边界变分不等式构造了迭代分解方法，讨论了收敛性分析及误差估计。

• in this paper we research a vector equilibrium problem of traffic network problems. we introduce a new weak equilibrium principle and transfer the problem to a variational inequality problem.

  研究了向量交通网络平衡问题，引入了一个新的弱平衡原理，将向量交通网络平衡问题转化成一个变分不等式问题。

• we establish a quasi-newton algorithm for solving a class of variational inequality problems which subproblems are linear equations.

  引言牛顿型方法是解变分不等式的一类重要数值迭代算法。

• the plastic process analyses on uniform and non uniform cylindrical upsetting were made in detail on the basis of the principle of generalized variational inequality with friction.

  基于摩擦约束广义变分不等式原理，对圆柱体均匀镦粗和圆柱体非均匀镦粗等金属成形工艺问题进行详细的塑性加工工步分析。

• the proof of the generalized variational inequality principle of elastic contact problem with finite displacement and friction is simplified by using the vector analysis method.

  用拉格朗日乘子法，利用向量分析的工具及巧妙的变换，对带摩擦约束的有限变形非线性弹性接触问题的变分不等原理进行了严格的证明。

• second, introducing the transformation, the mixed variational inequality is reduced to a standard convex optimization problem, it can be solved by any standard methods of convex optimization.

  另一个是通过引入变量将原边界混合变分不等式化解为标準的凸极值问题，利用标準凸极值方法可以求解。

• the necessity of the application of variational inequality method to dynamic traffic assignment is explained based on the description of the set of constraints and travel cost function.

  基于约束集合和行驶费用函数的描述，说明了变分不等式方法在动态最优交通分配中应用的必然。