3) optimization platform
优化平台
1.
Finite Element Analysis applications and high effective methodology developed independently are integrated by adopting modularized structure on the general optimization platform.
在设计开发的通用优化平台中,采用模块化结构,集成了现有有限元分析软件与自行研制开发的高效优化方法。
2.
According to the requirement of the ship structure optimization, a new idea of optimization program design - optimization platform is provided in this paper.
根据舰船结构优化设计的需求,提出了一种新的优化程序的设计思想——优化平台。
4) route optimization
路线优化
1.
The new idea of constructing new type of highway and harmonious highway is put forward during the course of route optimization of Santunying-Funing highway which lies in a mountainous area of northern Hebei.
河北北部山区三抚公路的路线优化过程中提出了在新形势下建设新型公路、和谐公路的新理念,适当加大前期投入,确保公路使用安全,减少了后期养护费用,提高了公路的使用寿命,并为新时期的山区公路建设提出了新的看法和新的设计思路。
5) Route optimization
线路优化
1.
According to the developing object of constructing Hangzhou distribution networks, the paper analyzes deeply in optimization of 6400 retailers in Hangzhou city, including the current situation of Hangzhou tobacco distribution, the difficulties and in-novarion of route optimization, the concrete method of route optimization and the future the system.
根据杭州烟草物流配送网络信息化建设发展目标,对杭烟城区6400多户卷烟零售网点送货线路优化这一核心问题展开深刻的剖析与描述。
2.
Based on many year’s experience of pipeline constructions, the authors summarize the thoughts and principle of route optimization of long-distance pipelines, which can greatly improve the quality of route optimization.
文章作者根据多年来在施工中对管道线路优化的经验,总结出在上述情况下管道线路优化的思路和原则。
6) line optimization
线路优化
1.
Focused on all the line optimization of distributing centers at present, this paper analyzed and compared the above arithmetics according to practical situation.
基于目前配送中心线路优化的各种方法,根据实际情况对上述算法进行分析和比较,并针对模拟退火法、遗传算法在配送线路优化问题中的具体应用,提出不同情形下的求解策略。
补充资料：半潜式钻井平台
一种海上钻井装置。上部为工作甲板，下部为两个下船体，用支撑立柱连接。工作时下船体潜入水中，甲板处于水上安全高度，水线面积小、波浪影响小、稳定性好、自持力强、工作水深大。半潜式平台用锚和钢丝绳定位，工作水深为180m左右；用锚和链结合定位，工作水深可提高到450m。新发展的动力定位技术用于半潜式平台后,工作水深可达900～1200m,定位精度在1～2％水深的半径范围内。半潜式与自升式钻井平台相比，优点是工作水深大，移动灵活；缺点是投资大，维持费用高，要有一套复杂的水下器具，有效使用率低于自升式。
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