1) three-dimensional rectangular packing
三维矩形布局
1.
Maximum caving degree algorithm for three-dimensional rectangular packing;
求解三维矩形布局的最大穴度算法
2) 2D-R-ODP
二维矩形块布局问题
3) 3D packing
三维布局
1.
At first, the assembly of componeflts is a 3D packing problems processing strongrestrict.
首先指出元件拼装是具有强约束的三维布局问题；对ＩＧＥＳ格式文件的五大部分：起始节、总体节、目录节、参数市和结束节进行了介绍；阐述了在所建立的组合夹具拼装系统基础上，对其元件库的布局元件进行数据信息的提取工作：包括元件信息提取系统的功能、结构的叙述；系统各模块的介绍。
4) three-dimensional packing
三维布局
1.
The effective optimize technology, the expression and management of packing solid are the two key technologies for solving this problem To utilize existing literature, a packing system is developed on the basis of AutoCAD with simulated annealing algorithm (SA), which is propitious to general three-dimensional packing problem.
三维布局问题属于组合最优化问题和NP完全问题，在一定时间内求其精确全局最优解是相当困难的。
5) Rectangular Packing Problem
矩形件布局
1.
an Algorithm for Rectangular Packing Problem;
一种矩形件布局问题的求解方法
6) rectangle parking problem
矩形块布局
1.
Introduces a model called sequence pair which can represent the non slicing structure of rectangle parking problem, and proposes a simulated evolution algorithm to optimize the rectangle parking based on this model.
介绍了一种称为序列对的表示 Non- Slicing结构平面上矩形块布局的模型 ,并基于该模型提出了一个优化矩形块布局的模拟进化算
补充资料：R6m矩形坯连铸机在生产(邯钢)
R6m矩形坯连铸机在生产(邯钢)
R6m矩形坯连铸机在生产(邯钢)
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