前言
緒論(Introduction)
0.1工程制圖的性質和內容(Character and content of engineering drawings)
0.2工程制圖的教學目的(Teaching aims of engineering drawings)
0.3工程制圖的學習方法(Study methods of engineering drawings)
0.4我國工程制圖的發(fā)展概況(Development general situation of engineeringdrawings in China)
第1章工程制圖基本知識與技能(Fundamental knowledge and technical ability of
engineering drawings)
1.1工程制圖基本規(guī)范及規(guī)則(Fundamental standards and rules of engineeringdrawings)
1.2平面圖形的繪制(Construction of planar figures)
1.3繪圖技能(Technical ability for drawing)
第2章投影法、三視圖和軸測圖(Projection methods ,three views andaxonometric
projections)
2.1概述(Summarization)
2.2投影法的基本知識(Fundamental knowledge of projection methods)
2.3三視圖及其畫法(Three views and plotting methods)
2.4軸測圖及其畫法(Axonometric projection and plotting methods)
第3章基本幾何元素和基本立體的投影(Projections of basic geometric elements and
basic objects)
3.1點的投影(Projection of point)
3.2直線的投影(Projections of lines)
3.3平面的投影(Projections of planes)
3.4平面立體的投影(Projections of planar objects)
3.5曲面立體的投影(Projections of curve surfaced objects)
3.6基本立體的尺寸注法(Dimensioning the basic objects)
第4章基本立體的截交與相貫(Truncation and intersection of basic solids)
4.1截交線的性質與求法(Drawing methods and characters ofplane?intersections)
4.2相貫線的性質與求法(Drawing methods and characters ofspace?intersections)
4.3過渡線(Transition lines)
4.4相貫線的簡化畫法(Simplified drawing method ofspace?intersections)
4.5截斷體和相貫體的尺寸注法(Dimensioning of the intersected and truncatedbasic solids)
第5章組合體(Composite Solids)
5.1組合體的組合形式(Formation styles of composite solids)
5.2組合體表面連接關系(Surface connection of composite solids)
5.3繪制組合體視圖(Making drawings of composite solids)
5.4組合體讀圖(Reading drawings of composite solids)
5.5組合體的尺寸注法(Dimensioning of composite solids)
第6章圖樣的基本表示法(Basic representation of drawings)
6.1視圖(Views)
6.2剖視圖(Sectional views)
6.3斷面圖(Cross?sections)
6.4特殊表示法與簡化畫法(Simplified and especial representations)
6.5第三角投影畫法(Third angle projection)
6.6表示法舉例(Examples of methods of representations)
第7章零件圖(Detail drawings)
7.1零件圖的概述(Summary description of detail drawings)
7.2零件圖的畫法(Representations of detail drawings)
7.3標準件和常用件及其表示法(Standard parts and common parts and its?representation)
7.4零件圖的尺寸標注(Dimensioning on detail drawings)
7.5零件圖的技術要求(Technique requirements of detail drawings)
7.6讀零件圖(Reading of detail drawings)
7.7零件測繪(Measuring and drawing a part)
第8章裝配圖(Assembly drawings)
8.1裝配圖的作用和內容(Functions and contents of assembly drawings)
8.2裝配圖的表達方法(Representation of assembly drawings)
8.3螺紋緊固件聯(lián)接的裝配圖畫法(Representation of assembly drawings of threadedfasteners
joints)
8.4裝配圖中的尺寸與技術要求(Dimensions and technical requirements in assemblydrawings)
8.5裝配圖中的零部件序號和明細欄(Item numbers and item lists in assemblydrawings)
8.6裝配工藝結構(Features of assembly processes)
8.7裝配圖的畫法(Drawing method of assembly drawings)
8.8讀裝配圖(Reading assembly drawings)
第9章SolidWorks繪圖(SolidWorks drawing)
9.1SolidWorks繪圖簡介(SolidWorks drawing overview)
9.2線型和圖層(Linetype and layer)
9.3圖紙格式(Paper format)
9.4工程圖文件(Drawings file)
9.5工程視圖(Engineering views)
9.6尺寸標注(Dimensions)
9.7注釋(Notes)
9.8打印工程圖(Print Drawings)
9.9三維模型建立(Three?dimensional modeling)
9.10工程圖實例1(Drawings Example 1)
9.11工程圖實例2(Drawings Example 2)
第10章國際標準簡介(International standard in troduction)
10.1圖紙幅面及格式(Sizes and layout of drawing sheets)
10.2比例(Scales)
10.3圖線(Lines)
10.4剖面符號(Section symbols)
10.5圖樣畫法(Representation of drawings)
10.6尺寸注法(Dimensioning)
附錄
附錄A零件上的功能結構和標準工藝結構
附錄B常用標準件
附錄C極限與配合
附錄D幾何公差
附錄E常用金屬材料及熱處理方法
參考文獻