基于CAD技术的机械加工刀具路径优化
关键词：CAD技术；机械加工；数据库管理；零部件建模
Abstract
This paper mainly introduces the application of CAD technology in machining, focusing on the optimization of machining toolpaths based on CAD technology. First, we introduce the basics and development of CAD technology and the advantages in machining. Secondly, we introduce the basic functions of CAD software and elaborate on the application of CAD technology in machining, including database management, component modeling and cutting simulation simulation. Finally, we introduce toolpath optimization for machining based on CAD technology, which introduces toolpath planning, cutting simulation simulation, and toolpath optimization algorithms, respectively. Through the research in this paper, we found that the toolpath optimization of machining based on CAD technology can improve the machining efficiency and quality of mechanical parts. Toolpath planning, cutting simulation and toolpath optimization algorithms are at the heart of CAD-based toolpath optimization for machining. Under the guidance of CAD technology, the machining industry will enter a new stage of development and be more widely used in the future.
Key words: CAD technology; machining; database management; and component modeling
目 录
中文摘要 I
英文摘要 II
目 录 III
引 言 1
第1章、CAD技术简介 2
1.1、CAD技术基础与发展 2
1.2、机械加工中CAD技术的优势 2
1.3、CAD软件基本功能介绍 3
第2章、CAD技术在机械加工中的应用 4
2.1、CAD技术在数据库管理的应用 4
2.2、CAD技术在零部件建模中的应用 4
2.3、CAD技术在刀具路径规划和切削仿真模拟中的应用 5
第3章、基于CAD技术的机械加工刀具路径优化 6
3.1、刀具路径规划 6
3.2、切削仿真模拟 6
3.3、刀路优化算法 7
结 论 8
参考文献 9
摘 要
关键词：CAD技术；机械加工；数据库管理；零部件建模
Abstract
This paper mainly introduces the application of CAD technology in machining, focusing on the optimization of machining toolpaths based on CAD technology. First, we introduce the basics and development of CAD technology and the advantages in machining. Secondly, we introduce the basic functions of CAD software and elaborate on the application of CAD technology in machining, including database management, component modeling and cutting simulation simulation. Finally, we introduce toolpath optimization for machining based on CAD technology, which introduces toolpath planning, cutting simulation simulation, and toolpath optimization algorithms, respectively. Through the research in this paper, we found that the toolpath optimization of machining based on CAD technology can improve the machining efficiency and quality of mechanical parts. Toolpath planning, cutting simulation and toolpath optimization algorithms are at the heart of CAD-based toolpath optimization for machining. Under the guidance of CAD technology, the machining industry will enter a new stage of development and be more widely used in the future.
Key words: CAD technology; machining; database management; and component modeling
目 录
中文摘要 I
英文摘要 II
目 录 III
引 言 1
第1章、CAD技术简介 2
1.1、CAD技术基础与发展 2
1.2、机械加工中CAD技术的优势 2
1.3、CAD软件基本功能介绍 3
第2章、CAD技术在机械加工中的应用 4
2.1、CAD技术在数据库管理的应用 4
2.2、CAD技术在零部件建模中的应用 4
2.3、CAD技术在刀具路径规划和切削仿真模拟中的应用 5
第3章、基于CAD技术的机械加工刀具路径优化 6
3.1、刀具路径规划 6
3.2、切削仿真模拟 6
3.3、刀路优化算法 7
结 论 8
参考文献 9
