1) optimization of waste haulage
排岩优化
1.
A Model Established and Applied to Optimization of Waste Haulage Based on Linear Programming;
基于线性规划的排岩优化模型的建立及其应用研究
2) optimal layout
优化排样
1.
The algorithm of optimal layout of single shaped blanking;
单一形状冲裁件优化排样技术的研究与实现
2.
Optimal Layout & Manufacture of Single-Shaped Blanking Based on NC System Controlled by Single-Chip Processor;
基于单片机数控系统的单一冲裁件优化排样及加工
3.
Niche genetic algorithm for two dimensional irregular parts optimal layout;
二维不规则件优化排样的小生境遗传算法
3) optimized layout
优化排样
1.
The development process of optimized layout CAD system of blanking based on ObjectARX is introduced.
论述了基于ObjectARX的冲裁优化排样CAD系统的开发过程。
2.
The principle and methods for optimized layout of stamping blanks are discussed and several algorithms are compared.
讨论了冲裁件优化排样的原理和方法 ,并对几种算法作了比较 ,对冲裁件优化排样程序设计使用的开发工具的特点及选择作了分析 ,给出了基于VB、ObjectARX和AutoCAD相关对象和方法。
4) nesting
[英][nest] [美][nɛst]
优化排样
1.
Implement of Automatic Nesting Algorithm for Same Parts Based on Graphic Region;
基于图形区域的同类零件自动优化排样算法实现
2.
Research and Realization of the Optimal Nesting System;
板材下料优化排样系统研究与实现
3.
This paper presents an effective nesting method for leather manufacturing, such as automobile interior decoration, etc.
根据汽车内饰等行业需求,对皮制品加工的优化排样问题进行了研究。
5) optimal layout
优化排料
1.
In this paper, we describe a study and development of a computer aided system for optimal layout, in which acceptable cutting patterns are limited to those of guillotine type.
研究计算机辅助剪床优化排料算法，根据问题的特点建立了下料方式和下料方案的数学模型，然后依其特殊性提出类似于单纯形法在可行域边界点搜索的穷举法来求解下料方式模型。
6) optimum layout
优化排样
1.
The genetic algorithms and the computer aided optimum layout for irregular shape unbended sheet metal part based on Pro/E are introduced.
介绍了遗传算法以及基于Pro/E的不规则形状钣金展开件的计算机优化排样,研究了排样中如何建立遗传算法的目标函数,如何实现编码、排样等优化过程,找到了运用遗传算法实现不规则形状钣金展开件优化排样的方法。
2.
We also made a research on the key technology of the optimum layout patterns and gave the realization of this algorithm by using the genetic algorithm and the parallel division me.
并利用遗传算法与平行线分割法相结合的方法,提出了制鞋CAD系统关键技术之一的优化排样算法,有效地解决了优化排样的问题。
3.
Theoptimum layout plan of a workpiece in arbitrary shape can be made out by thesoftware developed on this algorithm.
本文提出了一种通过处理离散点，快速求出优化排样一步平移步距的简单算法。
补充资料：白云石,白云岩,石灰岩
CAS：1317-65-3
中文名称：石灰石；电石灰岩；石灰石粉；霰石,文石；方解石,碳酸钙晶体；碳酸钙,白垩；白云石,白云岩,石灰岩；石灰石,石灰石；大理石,大理岩,云石,玻璃球；波特兰石；白垩,磨细白垩粉,白垩粉
英文名称：Limestone；Agstone；agricultural limestone；aragonite；atomite；bell mine pulverized limestone；calcite；calcium carbonate；carbonic acid, calcium salt；chalk；dolomite；domolite；franklin；lithograpic stone；marble；natural calcium carbonate；portland stone；sohnhofen stone；whiting；limestone,powder；flux lime
中文名称：石灰石；电石灰岩；石灰石粉；霰石,文石；方解石,碳酸钙晶体；碳酸钙,白垩；白云石,白云岩,石灰岩；石灰石,石灰石；大理石,大理岩,云石,玻璃球；波特兰石；白垩,磨细白垩粉,白垩粉
英文名称：Limestone；Agstone；agricultural limestone；aragonite；atomite；bell mine pulverized limestone；calcite；calcium carbonate；carbonic acid, calcium salt；chalk；dolomite；domolite；franklin；lithograpic stone；marble；natural calcium carbonate；portland stone；sohnhofen stone；whiting；limestone,powder；flux lime
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