《UGNX工程设计与开发系列:UGNX8.0中文版数控加工从入门到精通》分为8章,第1章为数控编程与加工基础,主要介绍了数控加工的原理、方法、一般步骤,数控编程的基础知识,以及数控加工工艺涉及的相关内容;第2章为UGCAM基本操作,介绍了UG加工环境、操作界面、加工流程;第3章为UGCAM铣削通用参数,主要讲述了在铣削加工过程中通用的参数;第4章为平面铣,介绍了平面铣削加工的切削方式及概念;第5章为轮廓铣,主要介绍了轮廓铣中的型腔铣、平面铣、深度加工轮廓铣以及插铣等铣削操作类型;第6章为多轴铣,主要介绍多轴铣的基本概念和多种操作类型,涉及内容较多;第7章为点到点加工,主要包括循环参数的意义、循环方式的意义,几何体的设置等知识;第8章为车削加工,主要介绍了车削操作的创建方法及概念,对粗加工、精加工、教学模式、中心线钻孔和螺纹操作等重要的操作都给出了示例。为了使读者能够更快、更熟练地掌握UGNX8.0的数控技术,为工程设计加工带来更多的便利,作者在讲述数控加工基础的同时辅以实例说明,并且每章都配有综合实例。随书光盘包含全书实例源文件和实例操作过程动画教学文件,可以帮助读者更加形象直观地学习本书。通过本书的学习,能够使读者体会UG数控加工的设计理念和技巧,迅速提高读者的工程设计能力。《UGNX工程设计与开发系列:UGNX8.0中文版数控加工从入门到精通》主题明确,解说详细,紧密结合工程实际,实用性强。适合于作为计算机辅助的教学课本和自学指导用书。前言第1章数控编程与加工基础1.1数控加工概述1.1.1CAM系统的组成1.1.2加工原理1.1.3刀位计算1.2数控机床简介1.2.1数控机床的特点1.2.2数控机床的组成1.2.3数控机床的分类1.3数控编程1.3.1手工编程1.3.2自动编程1.3.3数控加工编程的内容与步骤1.4数控加工工艺1.4.1数控加工工艺设计的主要内容1.4.2工序的划分1.4.3加工刀具的选择1.4.4走刀路线的选择1.4.5切削用量的确定1.4.6铣削方式1.4.7对刀点的选择1.4.8高度与安全高度1.4.9刀具半径补偿和长度补偿1.4.10数控编程的误差控制第2章UGCAM基本操作2.1UGCAM概述2.1.1UGCAM的特点2.1.2UGCAM与UGCAD的关系2.2UG加工环境2.2.1初始化加工环境2.2.2设置加工环境2.3UGCAM操作界面2.3.1基本介绍2.3.2操作导航器2.3.3工具条2.4UGCAM加工流程2.4.1创建程序2.4.2创建刀具2.4.3创建几何体2.4.4创建方法2.4.5创建工序第3章UGCAM铣削通用参数3.1几何体3.1.1部件几何体3.1.2毛坯几何体3.1.3检查几何体3.1.4修剪几何体3.1.5边界几何体3.1.6切削区域3.1.7“切削区域”示例3.1.8壁几何体3.1.9过切检查3.2切削模式3.2.1往复式切削(Zig-zag)3.2.2单向切削(Zig)3.2.3“单向切削”示例3.2.4单向轮廓切削(ZigWithContour)3.2.5“单向轮廓切削”示例3.2.6跟随周边切削(FollowPeriphery)3.2.7跟随部件
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Destinations, frais et délaisVendeur : liu xing, Nanjing, JS, Chine
paperback. Etat : New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date :2012-09-01 Pages: 448 Publisher: basic information about the title of the Machinery Industry Press: UG NX 8.0 Chinese version of CNC machining from entry to master Original: the 69.00 yuan Author: Hu Renxi ed Press: Machinery Industry Press Society Publication Date :2012-9-1ISBN: 9787111394662 Words: 713.000 yards: 448 Edition: 2 Binding: Paperback: 16 Weight: Editor's Choice SUMMARY The book is divided into eight chapters. Chapter 1 for CNC programming and machining based mainly on the principle of CNC machining. general steps. the basics of CNC programming. CNC machining process involves content; Chapter 2 for UGCAM basic operations. UG processing environment. user interface. processing process; Chapter 3 UGCAM universal milling parameters. mainly about the common parameters in the milling process; Chapter 4 plane milling. cutting plane milling methods and concepts; Chapter 5 for contour milling. introduces the outline cavity milling. milling plane milling. the depth processing contour milling and plunge milling the milling operation type; Chapter 6 for the multi-axis milling. introduces the basic concepts of multi-axis milling and a variety of types of operations. involving more content; Chapter 7 for the point-to-point processing. mainly including the significance of the cycle parameters. the knowledge of the round-robin fashion sense. geometry settings; Chapter 8 for turning operations. introduces the creation of methods and concepts of turning operations. roughing. finishing important to the operation of the teaching mode. the center line of drilling and thread operation given sample. The CNC technology master UGNX 8.0 in order to enable the reader to a faster. more skilled. and bring more convenience for the engineering design and processing. the author describes the basis of CNC machining at the same time supplemented by examples. and each chapter with a comprehensive instance. Britannica instance of the source file and the instance procedures animation teaching file included CD with the book can help readers learn more visually book. Through book learning. enabling readers to appreciate the design concepts and techniques UG CNC machining. rapid increase in engineering design capability of the reader. Contents Preface Chapter 1 CNC machining CNC programming and processing base 1.1 Overview 1.1.1 CAM system composed 1.1.2 Processing principle 1.2 Introduction to CNC machine tools 1.2 1.1.3-knife-bit computing. Category 1.3 CNC programming a CNC machine tool characteristics 1.2.2 CNC machine tools 1.2.3 CNC machine tools automatic programming of the 1.3.1 manual programming 1.3.2 1.3.3 NC Programming 1.4.2 process of the CNC machining process 1.4.1 the main content of the design of the CNC machining process divided 1.4.3 processing tool select content step 1.4 1.4.4 the choice of the cutting line the .4.5 determine cutting parameters 1.4.6 Milling way compensate 1.4.10 1.4.7 1.4.8 height safety height 1.4.9 tool radius compensation and length of the knife point. select early Chapter 2 UG CAM CNC programming error control basic operations 2.1 UG CAM Overview 2.1.1 UG CAM features 2.1.2UG CAM UG CAD relationship of 2.2 UG machining environment 2.2.1 2.3 UG CAM operator interface to set the processing environment initialization processing environment 2.2.2 Introduction 2.3.2 Operation Navigator 2.3.3 Toolbar 2.3.1 Basic 2.4 UG ??CAM machining processes. 4.1 create procedures 2.4.2 create create tool 2.4.3 2.4.4 create methods to create geometry 2.4.5 Chapter 3 UG CAM milling process generic parameter 3.1 Geometry 3.1.1 part geometry 3.1.2 rough geometry 3.1.3 check the geometry 3.1.4 trim geometry 3.1.5 3.1.6 cutting zone boundary geometry 3.1.7 cutting area example 3.1 the .8 wall geometry 3.1.9 3.2.1 reciprocating cutting (Zig.Zag) 3.2 cutting mode 3.2.2 unidirectional cutting (Zig) 3.2.3 one-way cu. N° de réf. du vendeur FT071378
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