本论文在大量研究工作基础上，实现中深孔设计的计算机自动化。
This study resolves automation of medium length blasting design based on the substantive research work.
有深的设计原因基础集合无法存储为零？
Are there deep design reasons for Foundation collections' inability to store nil?
本文首先分析传统设计的问题，然后针对深亚微米系统，对失配产生的问题进行比较分析，在此基础上提出改进方法和新型结构。
This thesis first analyzes basic design of sense amplifier in deep sub-micron system, compares and discusses the mismatch problem, and then the new design is presented.
丁坝冲深极限值是确定建筑物基础埋设深度的一个主要因素，丁坝设计和施工中的关键问题在于确定坝头最大冲深。
The scour limit depth around spur dikes is very important for calculating the base depth of objects and it is a key factor in designing and working.
在有限元模拟基础上，采用正交设计与最小二乘小波支持向量机对充液拉深过程参数优化进行了研究。
Orthogonal design and least squares wavelet support vector machine are integrated to optimize the technological parameters of hydro-mechanical deep drawing process using FEM.
在以上研究的基础上，在CATIA 平台上开发了设计流程和知识驱动的拉深模快速设计系统。
Based on the above mentioned research, a drawing die system driven by designflow and knowledge is implemented on CATIA platform.
介绍了上部结构中挑梁、托梁和斜柱的设计措施，深基础抗浮及底板外墙的处理方法。
The design of cantilever beam, joist and battered column in the upper structure was introduced. The anti-float of deep foundation problem and baseplate and concrete external wall were introduced.
基于GIS的油气管线设计系统是以GIS数据为基础，确定管道设计中线的位置，包括平面位置和纵向埋深；并提取管线数据自动进行工程土方量、占地面积、工程拆迁等方面的工程概预算。
Pipeline design system based on GIS is based on data of GIS to locate the center line of pipeline in plane and portrait, and extract pipeline data to make automatically project budget estimate.
在深基础结构工程设计中，将地下连续墙、地下室底板和部分楼板、梁作为深基坑开挖时的支护体与临时支撑；
So-called composite (three functions) deep foundation structure is defined as: to use slurry wall, basement base plate and a part of plate beam as foundation pit bracing;
在深基础结构工程设计中，将地下连续墙、地下室底板和部分楼板、梁作为深基坑开挖时的支护体与临时支撑；
So-called composite (three functions) deep foundation structure is defined as: to use slurry wall, basement base plate and a part of plate beam as foundation pit bracing;
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