Chapter 1 Basic Knowledge of Engineering Drawing工程制圖的基本知識
1．1 Basic Rules of Engineering Drawing工程制圖有關(guān)規(guī)定
1．2 Construction of Plane Figures平面圖形的繪制
1．3 Graphics Technology Overview繪圖技術(shù)概述

Chapter 2 The Basic Knowledge of Projection投影基礎(chǔ)
2．1 Concept of Projection投影的概念
2．2 Classification of Projection Methods投影法的分類
2．3 Characteristics of Orthographic Projections正投影的特性
2．4 Three Views of an Object in Space形體的三視圖
2．5 Projections of Points點(diǎn)的投影
2．6 Projections of Lines直線的投影
2．7 Projections of Planes平面的投影

Chapter 3 Projections of Solids and Their Intersections立體的投影及交線
3．1 Projections of a Polyhedron and Its Intersections with a Plane平面體的投影及其截交線
3．2 Projections of a Revolution and Its Intersections 回轉(zhuǎn)體的投影及其截交線

3．3 Intersections Between Two SolidS立體的相貫線
Chapter 4 Composite Objects組合體
4．1 Overview of a Composite Object組合體概述1
4．2 Drawing the Three Views of a Composite Object組合體三視圖的畫法
4．3 Dimensioning a Composite Object組合體的尺寸標(biāo)注
4．4 Reading the Three Views of Composite Objects組合體三視圖的讀圖

Chapter 5 Sketching草圖“
5．1 The Importance of Sketching in Design草圖在設(shè)計中的重要性
5．2 Preparing to Sketch繪圖準(zhǔn)備
5．3 Hand Lettering and Dimensioning徒手標(biāo)注
5．4 Lines，Shapes and Space圖線、圖形和空間
5．5 Isometric Views of Geometric Solids幾何體的軸側(cè)圖
5．6 Perspective透視圖
5．7 Composite Objects組合體
5．8 Light，Value and Texture光線、明暗和紋理
5．9 Technical Sketching技術(shù)繪圖

Chapter 6 Methods of Representing Parts機(jī)件的常用表達(dá)方法
6．1 Methods for Representing Outer Shapes——Views表達(dá)機(jī)件外形的方法——視圖
6．2 Methods for Representing Inner Structures——Section Views表達(dá)機(jī)件內(nèi)部結(jié)構(gòu)的方法
——剖視圖
6．3 Cross Sections斷面圖
6．4 Other Methods of Representation其他常用的表達(dá)方法

Chapter 7 Standard Parts and Common Parts標(biāo)準(zhǔn)件與常用件
7．1 Threads螺紋
7．2 Specifications and Conventional Representation of Threaded Fasteners螺紋緊固件的
畫法和標(biāo)注
7．3 Keys，Pins，Gears，Springs and Bearings鍵、銷、齒輪、彈簧和軸承

Chapter 8 Detail Drawing零件圖
8．1 The Content of a Detail Drawing零件圖的內(nèi)容
8．2 Views of a Detail Drawing零件圖的視圖表達(dá)
8．3 Views Presenting Typical Parts典型零件的視圖表達(dá)
8．4 Dimensioning a Detail Drawing零件圖的尺寸標(biāo)注
8．5 Introduction to Commonly Manufactured Part Structures零件上常見工藝結(jié)構(gòu)
8．6 Technical Information Requirements of a Detail Drawing零件圖的技術(shù)要求簡介
8．7 Interpreting a Detail Drawing讀零件圖

Chapter 9 Introduction to Assembly Drawings裝配圖簡介
9．1 Content of an Assembly Drawing裝配圖的內(nèi)容
9．2 Common Types of Assembly Drawings裝配圖常用表達(dá)方法
9．3 Selecting Assembly Drawing Views裝配圖視圖的選擇
9．4 Dimensioning an Assembly Drawing裝配圖的尺寸標(biāo)注
9．5 Technical Information Requirements裝配圖的技術(shù)要求
9．6 Part Numbering and the List of Assembly Items裝配圖的零件序號與明細(xì)欄

Chapter 10 Changes in the Engineering Drawing and Graphics Classroom 工程制圖和繪圖教室的改變
10．1 The Influence of Technology on Engineering Drawing技術(shù)對工程制圖的影響
10．2 Building Information Modeling建模
10．3 Implementing BIM into the Engineering Curricula將BIM貫徹到工程課程體系
10．4 The BIM—integrated Curriculum綜合性的BIM課程
Appendix附錄Glossary詞匯表
References參考文獻(xiàn)
Afterword后記