将此方法应用于垂直循环式停车设备钢结构骨架优化问题。
The application of this method to structural optimization in vertical circulating parking system shows that this method can o.
文中分析结果为帽型骨架剖面参数的优化设计和相关规范的修订提供了理论依据。
The results provide theory basis for the optimal design of section parameters of the cap - shape frame and the revision of relevant standard.
利用基于有限元法的拓扑优化技术设计车身大骨架的拓扑结构。
The design of the body frame topologic structure is presented, using FEM-based topological optimization technique.
第三个层次为稳定性准则优化，它确定横向骨架的个数与位置的最优布局。
The third one belonged to stability criterion optimization that determined the optimal number and position of wing ribs.
描述了基于ICM方法的结构拓扑优化新模型并应用于骨架与连续体结构。
A new optimization model of the structural topology based on the ICM method is described to apply into both skeletonal and continuum structures.
然后，我们将讨论的优化，并学习如何在海量创建代理骨架的最佳途径。
We'll then talk about the best ways to optimize and arrange the production files of this agent and learn how to create an agent skeleton in Massive.
在规范推荐的骨架密实型级配碎石基础上，通过填充试验，对骨架结构进行了优化；
Recommended in the standard framework based on dense graded crushed stone, through filling test, the optimization of the skeleton structure;
本文的研究工作对企业在客车骨架设计、检验、改造和优化等方面具有重要的参考价值和指导意义。
The research of this thesis has instructive effect and important meaning for the design, checking, rebuilding and optimizing of the bus frame for the enterprise.
方法：采用液中固化法制备果胶钙骨架型小丸并优化其工艺参数，以紫外分光光度法测定其体外释放度。
METHODS Rutin calcium pectinate pellets were prepared by in-liquid solidifying method, the best parameters were chosen and its release properties in different media was evaluated.
在骨架和内衬之间加一层隔热组织改善了车厢的隔热特性，为客车围护结构隔热优化提供了依据。
The fact that heat insulation property of bus body is improved While a heat insulating layer is inserted between body frame and inner panel, and provides a guide for optimum design of b…
选择适宜的蛋白骨架和展示、筛选方法，可构建基于合理蛋白骨架结构的优化限制性随机肽库。
By selecting suitable protein scaffold, display and screening methods, the rational and constrained random peptide library (RPL) can be constructed.
选择适宜的蛋白骨架和展示、筛选方法，可构建基于合理蛋白骨架结构的优化限制性随机肽库。
By selecting suitable protein scaffold, display and screening methods, the rational and constrained random peptide library (RPL) can be constructed.
应用推荐