支护优化设计,support optimum design
1)support optimum design支护优化设计
1.It is proved once again that thesupport optimum design is appropriate,and the effect of optimum support is obvious.同时,施工后拱顶下沉及周边收敛监测结果显示,围岩变形完全满足要求,进一步证明了支护优化设计合理,效果明显。
英文短句/例句
1.The Optimizing Design of Bolting Support Multi-coal Seams and Little Intervals Roadway;近距离煤层群巷道锚杆支护优化设计
2.Study on Optimized Design of Deep Foundation-ditch Support and Information Construction;深基坑支护优化设计与信息化施工研究
3.Optimum Design and Numerical Simulation of Foundation Pit Support about BaiShiDa Garden;百仕达花园基坑支护优化设计与数值模拟
4.Study of Optimal and Optimization Design Plan on Deep-pit Supporting;深基坑支护方案优选与优化设计研究
5.Optimum Research on Bracing Design and Construction Schemes for Deep Foundation Pits;深基坑支护设计与施工方案优化研究
6.Optimization of Soil-nailing Length on Deep Foundation Excavations and Program Design;深基坑土钉支护钉长优化及程序设计
7.Studies on Analysis and Optimization Design of Soil Nailing Bracing in Deep Foundation Pit;深基坑土钉支护分析与优化设计研究
8.Research on Deep Pit Support Design Optimizing and Engineering Demonstration深基坑支护设计优化及工程实证研究
9.Design And Construction Optimization of Deep Foundation Pit Support of a Budilding某大厦深基坑支护的设计与施工优化
10.Optimal Design of Cluster Pile-Steel Tube Supporting Structures Based on Genetic Algorithm;基于遗传算法的排桩—钢支撑支护结构优化设计
11.Research on optimization design method of the supporting structure in the row piles排桩内支撑支护结构优化设计方法研究
12.On the optimization of the supporting design and the partition construction in the extra-large deep foundation pits超大深基坑支护中支撑设计与分块施工的优化
13.A Probe into the Selection of Designing Scheme of Deep-Base-Hole Prop Construction and the Refined Design;关于深基坑支护结构设计方案的优选和优化设计探讨
14.OPTIMIZED DESIGN OF MANY SCHEMES FOR FOUNDATION PIT SUPPORTING ENGINEERING OF THE BINHU BUILDING滨湖大厦深基坑支护工程多种支护方案的优化设计
15.Optimization Study on Retaining and Protecting System for Deep Foundation Excavation in Metro Projects;地铁工程深基坑支护系统优化设计研究
16.Research on Design and Optimum-Method of Supporting Structure for Deep Foundation Excavation;深基坑工程支护结构设计及优化方法研究
17.Study on Optimization of Soil Nail Wall Retaining Structure Design in Deep Foundation Pit;深基坑土钉墙支护结构设计的优化研究
18.Study on Optimization Design of Supporting Structure for Deep Excavation Based on Improving Genetic Algorithm;改进遗传算法的基坑支护结构优化设计研究
相关短句/例句
optimization support design优化支护设计
1.Theoptimization support design obtains a good effect at scene.针对深度开采、原岩应力高、地质构造复杂、巷道变形大的特点,分析了巷道围岩变形规律和破坏原因,确定了提高围岩自稳能力、加强控制关键部位的优化原则,并运用数值分析方法(FLAC)模拟了巷道变形及稳定性,提出了优化支护设计方案,采用优化后的支护设计在现场取得了良好的应用效果。
3)support design optimization支护设计优化
4)excellent turn the design and maintenance优化设计与维护
5)Optimized Main Protection Scheme主保护优化设计
1.Study and Application on Huge Hydro Generator Internal Fault Transient Simulation andOptimized Main Protection Scheme;但大型水轮发电机内部故障暂态电磁关系复杂,建立适合发电机主保护优化设计研究的故障仿真模型困难,目前,针对发电机内部短路故障情况下仿真建模技术和主保护配置方案研究也成了国内外重要的研究课题。
6)anchoring support optimization支护优化
延伸阅读
优化优化optimizationyouhuQ优化(oPtimization)在语言处理过程中为提高程序质量而采用的技术。需求级、功能级和设计级语言处理系统的优化技术尚处于实验探索阶段，实现级语言处理系统尤其编译程序的优化技术发展较早、较为成熟。编译阶段上可进行的优化分为中间代码级的优化和机器代码级的优化，又分别称为与机器无关的优化和与机器有关的优化。中间代码级的优化有表达式优化、循环优化等。表达式优化通常有合并常量运算、提取公共子表达式、布尔表达式优化等。循环优化通常有外提循环不变式、强度削减等技术。机器代码级的优化有寄存器优化、机器指令的有效利用等。从涉及的范围上优化技术又可分为局部优亿和奎局化化。若优化涉及的范围是一个基本块，则称为局部优化，否则称为全局优化。在优化工作中循环优化，尤其是与内循环有关的优化特别重要，它对程序的质量有显著影响。优化技术的基础是数据流分析和控制流分析等。目标程序的质量不仅与编译的优化技术有关，而且与源程序所采用的算法有关。求解一个问题的算法可能有许多，它们的复杂度常常会有数量级上的差异。采用高质量算法的源程序是提高目标程序质量的关键所在。
