| 开本：128开 |
| 纸张：胶版纸 |
| 包装：平装-胶订 |
| 是否套装：否 |
| 国际标准书号ISBN：9787121459344 |
| 所属分类：图书>工业技术>机械/仪表工业>机械学（机械设计基础理论） |
内容简介
本书内容重点突出，力求体现先进性、实用性，系统地介绍了数控机床的基本原理和应用。全书共章：数控技术概述、计算机数控系统、数控机床的伺服系统、数控加工工艺基础、数控加工程序的编制、数控机床的机械结构，每章均附有思考与练习，便于读者加深对相关知识的理解。全书从数控机床的基本概念入手，重点介绍数控技术所涉及的几个重要方面内容，使读者通过系统的学习，掌握数控机床的基本原理，熟悉数控机床的机械结构和控制知识，熟练应用数控机床的加工工艺和编程方法。 本书既可作为高等院校机械设计制造及其自动化、机械电子工程等专业的本科生教材及机械制造及自动化、机电一体化、数控技术等相关专业的专科生教材使用，也可供数控技术领域的研究人员和工程技术人员学习参考。
目 录
目 录
第 章 数控技术概述 ···································································································
机床数控技术的基本概念 ·······················································································目 录
第 章 数控技术概述 ···································································································
机床数控技术的基本概念 ·······················································································
数控机床的组成及工作原理 ····················································································
数控机床的组成 ·························································································
数控机床的工作原理 ···················································································
数控机床的分类 ···································································································
按工艺用途分类 ·························································································
按运动轨迹分类 ·······················································································
按伺服控制分类 ························································································
按功能水平分类 ·······················································································
按联动轴数分类 ·······················································································
数控机床的特点及应用范围 ··················································································
数控机床的特点 ·······················································································
数控机床的应用范围 ·················································································
数控机床的发展概况与发展趋势 ············································································
数控机床的发展概况 ·················································································
数控机床的发展趋势 ·················································································
思考与练习 ··············································································································
第 章 计算机数控系统 ·····························································································
概述 ················································································································
系统的组成 ······················································································
系统的功能 ······················································································
系统的一般工作过程 ··········································································
系统的硬件结构 ··························································································
单 结构 系统 ··············································································
多 结构 系统 ··············································································
系统的软件结构 ··························································································
系统的软硬件功能界面 ······································································
系统的软件结构特点 ··········································································
系统的软件结构模式 ··········································································
可编程控制器 ····································································································
概述 ······································································································
在数控机床上的应用 ···········································································
插 补 ··········································································································
插补的定义 ·····························································································
对插补器的基本要求 ·················································································
插补方法的分类 ·······················································································
主要的插补方法 ·······················································································
刀具半径补偿 ··································································································
显示全部信息
作者简介
长期从事机械制造相关专业课程教学，积累了丰富的教学经验。河南省民办高校品牌学科负责人、郑州市特聘高层次人才、专利审查协作河南中心技术咨询专家
本书内容重点突出，力求体现先进性、实用性，系统地介绍了数控机床的基本原理和应用。全书共章：数控技术概述、计算机数控系统、数控机床的伺服系统、数控加工工艺基础、数控加工程序的编制、数控机床的机械结构，每章均附有思考与练习，便于读者加深对相关知识的理解。全书从数控机床的基本概念入手，重点介绍数控技术所涉及的几个重要方面内容，使读者通过系统的学习，掌握数控机床的基本原理，熟悉数控机床的机械结构和控制知识，熟练应用数控机床的加工工艺和编程方法。 本书既可作为高等院校机械设计制造及其自动化、机械电子工程等专业的本科生教材及机械制造及自动化、机电一体化、数控技术等相关专业的专科生教材使用，也可供数控技术领域的研究人员和工程技术人员学习参考。
目 录
目 录
第 章 数控技术概述 ···································································································
机床数控技术的基本概念 ·······················································································目 录
第 章 数控技术概述 ···································································································
机床数控技术的基本概念 ·······················································································
数控机床的组成及工作原理 ····················································································
数控机床的组成 ·························································································
数控机床的工作原理 ···················································································
数控机床的分类 ···································································································
按工艺用途分类 ·························································································
按运动轨迹分类 ·······················································································
按伺服控制分类 ························································································
按功能水平分类 ·······················································································
按联动轴数分类 ·······················································································
数控机床的特点及应用范围 ··················································································
数控机床的特点 ·······················································································
数控机床的应用范围 ·················································································
数控机床的发展概况与发展趋势 ············································································
数控机床的发展概况 ·················································································
数控机床的发展趋势 ·················································································
思考与练习 ··············································································································
第 章 计算机数控系统 ·····························································································
概述 ················································································································
系统的组成 ······················································································
系统的功能 ······················································································
系统的一般工作过程 ··········································································
系统的硬件结构 ··························································································
单 结构 系统 ··············································································
多 结构 系统 ··············································································
系统的软件结构 ··························································································
系统的软硬件功能界面 ······································································
系统的软件结构特点 ··········································································
系统的软件结构模式 ··········································································
可编程控制器 ····································································································
概述 ······································································································
在数控机床上的应用 ···········································································
插 补 ··········································································································
插补的定义 ·····························································································
对插补器的基本要求 ·················································································
插补方法的分类 ·······················································································
主要的插补方法 ·······················································································
刀具半径补偿 ··································································································
显示全部信息
作者简介
长期从事机械制造相关专业课程教学，积累了丰富的教学经验。河南省民办高校品牌学科负责人、郑州市特聘高层次人才、专利审查协作河南中心技术咨询专家