1) complex method
复形法
1.
The complex method of optimization design for cantilever retaining wall;
悬臂式挡土墙结构优化设计的复形法
2.
Here we do not adopt the hypothesis that critical slip surface is a circle, which is usually used in traditional method to search slip surface, but we combine the limit equilibrium method and improved complex method to search critical slip surface in soil slope, which is an arbitrarily shape of broken line.
彻底抛弃传统搜索中临界滑动面为圆弧面的假设,使用极限平衡方法和改进的复形法相结合,可以搜索出边坡任意形状的折线临界滑动面。
3.
Also the complex method of taking minimum bottom shear as the objective function has been used to optimize the parameters of top-floor suspended structure and to work out a computer programme of good adaptability.
对顶层有悬挂体的结构进行了分析,提出了以结构底部剪力最小为目标函数,采用复形法对顶层悬挂结构的参数进行优化的方法,编制了适用性较好的计算机程序,并以一个7层钢筋混凝土框架为算例,得到了一些有用的结论,可供参考。
2) Complex method
复合形法
1.
Investigation on improvement and application of complex method for discrete variables;
离散复合形法的改进及应用研究
2.
Optimization of gravity revetment of inland waterways by complex method;
复合形法优化内河航道重力式护岸
3.
The diverse complex method based on the maximum quasi-gradient and its application to the slope stability analysis;
基于最大伪梯度搜索的多样复合形法及其在边坡稳定分析中的应用
3) complex shape method
复合形法
1.
Optimum design of engineering structure based on mixed-discrete complex shape method;
基于混合离散复合形法的工程优化设计
2.
Hybrid Multi-objective Genetic Algorithm Based on Complex Shape Method;
基于复合形法的混合多目标遗传算法研究
3.
A solution method of optimization problems with mixed constraints in a definite domain with freak is presented and discussed by means of combination of both complex shape method and the elimina- tion, the feasibility of this method is demonstrated, corresponding algorithm and program flow chart are given, and the convergence of the method is tested by an illustration.
提出并讨论了联合应用复合形法和消元法求解可行域比较时形的混合约束最优化问题的方法，论证了这一方法的可行性，给出了相应的算法和程序框图，并用算例验证了该算法的收敛性。
4) the complex method
复合形法
1.
The optimal design parameters are the position of struts, the depth of every excavation step as well as the size of ring beam, which are solved by the complex method based on the minimum pile deformation and optimization strategy presented in the paper.
通过变形协调条件求解二者的相互作用 ,以各工况开挖深度、各支撑施工位置和圈梁截面为优化变量 ,以支护桩变形曲线面积建立优化目标 ,研究了多支点支护结构中圈梁和施工工艺的优化准则 ,并通过复合形法求解 ,形成了比较完整的支护桩结构优化设计体系。
2.
The optimal design parameters are position of each strut and depth of each excavation, which are solved by the complex method based .
对多支点支护结构 ,通过变形曲线面积积分建立了比较系统的多目标优化模型 ,并运用复合形法实现优化计算 ,求出满足目标要求的最优开挖与支撑工艺 。
5) complex normal form method
复规范形法
1.
In order to study the property of random dynamic systems excited by narrow-band noiset,he complex normal form method was applied to narrow-band random dynamic systems.
为了深入研究窄带噪声作用下随机动力系统的特性,将复规范形法用于窄带随机动力系统。
6) complex optimization method
复形调优法
1.
In this paper,a fast implementation method based on the complex optimization method,penalty function method and gradient descent method is designed to solve such a nonlinear problem.
综合复形调优法、罚函数法及梯度法,提出了一种最小VC维分类器的实现方法。
补充资料：复合形法
分子式：
CAS号：
性质：求解最优化问题的一种算法。该法较为适合解决有约束优化问题。使用该法仅需比较目标函数值即可决定搜索方向，算法较简单，对目标函数的要求不苛刻。
CAS号：
性质：求解最优化问题的一种算法。该法较为适合解决有约束优化问题。使用该法仅需比较目标函数值即可决定搜索方向，算法较简单，对目标函数的要求不苛刻。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条