| Chapter 1 Introduction to Pro/E System 1.1 Features of Pro/E 1.2 Ftmctions of Pro/E 1.2.1 Design Module 1.2.2 Piping Module 1.2.3 Electric Design Module 1.2.4 Data Exchange Module 1.2.5 Manufacturing 1.2.6 Simulation 1.2.7 Mold Design and Casting Module 1.3 Interface of Pro/E Wildfire 1.3.1 Starting Up Pro/E 1.3.2 Basic Task Interface 1.3.3 Pull-down Menu 1.3.4 Toolbar 1.3.5 Information Window 1.3.6 Navigator 1.3.7 WorkArea 1.4 Use of Mouse 1.4.1 View Model 1.4.2 Selecting a Feature 1.5 Exporting to External Formats 1.6 Importing File from External Applications Chapter 2 Sketcher Basics 2.1 Introduction to the Sketch Mode 2.1.1 Entering the Sketch Mode 2.1.2 Sketcher Environment 2.2 Creating a Sketch 2.2.1 Drawing a Sletcla by the Mouse 2.2.2 Drawing a Point 2.2.3 Creating a Reference Coordinate Svstem 2.2.4 Drawing a Line 2.2.5 Drawing a Rectangle 2.2.6 Drawing an Arc 2.2.7 Drawing a Circle 2.2.8 Creating a Spline 2.2.9 Creating Text 2.3 Dimensioning the Sketch 2.3.1 Dimensioning a Sketch 2.3.2 Dimensioning the Basic Sketcher Entities 2.3.3 Converting a Weak Dimension 2.3.4 Modifying Dimensions 2.3.5 Resolve Sketch Dialog Box 2.4 Working with Constraints 2.4.1 Constraints DialogBox 2.4.2 Constraints Submenu 2.4.3 Constraints and Their Symbols 2.5 Modifying the Sketcher Entities 2.5.1 Deleting the Sketcher Entities 2.5.2 Trimming the Sketcher Entities 2.5.3 Mirroring the Sketcher Entities 2.5.4 Scaling and Rotating Entities 2.5.5 Copying Drawing Entities 2.6 Drawing Display Options 2.7 Importing 2D Drawings Example Exercises Chapter 3 Dahnns 3.1 Datum Options 3.2 Datum Planes 3.3 Datum Points 3.3.1 General Point 3.3.2 Sketched Datum Points 3.3.3 Offset from a Coordinate System 3.4 Datum Axis 3.5 Datum Curves 3.5.1 Creating Datum Curve with Icon 3.5.2 Creating Datum Curve by Sketching Example Chapter 4 Creating Base Features 4.1 Introduction to the Part Mode 4.1.1 Entering the Part Mode 4.1.2 Introduction to Base Features 4.2 Extrude Tool 4.3 Revolve Tool 4.3.1 Creating a Revolved Feature 4.3.2 Different Types of Revolved Feature 4.4 Sweep Tool 4.4.1 Creating Swept Protrusions 4.4.2 Sketching a Trajectory 4.4.3 Creating Thin Sweep Protrusion 4.4.4 Creating a Sweep Cut 4.5 Blend Tool 4.5.1 Parallel Option 4.5.2 Rotational Blend 4.5.3 General Option 4.5.4 Using Blend Vertex Example Exercises Chapter 5 Creating F.nneering Features 5.1 Hole Tool 5.1.1 Straight Hole 5.1.2 Sketched Hole 5.1.3 Standard Hole 5.2 Round Tool 5.3 Chamfer Tool 5.4 Rib Tool 5.5 Shell Tool 5.6 Draft Tool Example Exercises Chapter 6 Oplions Aiding the Omstrmon of Parts 6.1 Copying and t'astang 6.2 Mirroring 6.3 Patterns 6.3.1 Creating a Linear Dimension Pattern 6.3.2 Creating a Rotational Pattern 6.4 Groups 6.4.1 Creating a Local Group 6.4.2 Groups Pattern 6.5 Using the Model Player 6.6 Parent-Child Relationships 6.7 Editing the Features of a Model 6.7.1 Editing 6.7.2 Reordering 6.7.3 Edit References 6.7.4 Suppressing and Deleting a Feature 6.8 Solving Failures 6.8.1 Resolve Features 6.8.2 Failed Features Example Exercises Chapter 7 Assembly Fundamentals 7.1 Introduction 7.2 Constraints for Assembly 7.3 Icons in Component Placement Dialog Box 7.4 Moving Components 7.5 Connection between Components Example Exercises Chapter 8 Working with Assembly Components 8.1 Introduction 8.2 Assembly Information 8.3 Assembly Features 8.3.1 Assembly Datum Features 8.3.2 Create an Assembly Cut Feature 8.3.3 Modify an Assembly Feature 8.3.4 Copy an Assembly Feature 8.4 Component Operations in Assembly 8.4.1 Modifying Assemblies 8.4.2 Create Component in Assembly 8.5 Modifying the Component Display 8.6 Exploding the Assembly 8.7 Assigning Colors to Components 8.8 Constraints 8.9 Regenerating Models 8.10 BOM （Bill of Materials） Exercises Chapter 9 Engineering Drawing 9.1 Engineering Drawing Fnndamentals 9.1.1 Entering the Drawing Mode 9.1.2 Environment of Drawing 9.2 Inserting Views 9.2.1 General Views 9.2.2 Projection View 9.2.3 Detailed View 9.2.4 Auxiliary View 9.2.5 Revolved View 9.2.6 Broken View 9.3 Cross Section Views 9.3.1 Full Cross Section 9.3.2 Half Cross Section 9.3.3 Local Cross Section 9.4 Modifying a View 9.4.1 Moving a View 9.4.2 Deleting a View 9.4.3 Defining a Drawing Display 9.4.4 Editing a View 9.5 Dimensioning Operations 9.5.1 Show and Era 9.5.2 Creating Dimension and Notation 9.5.3 Editing Dimension Example Exercises Chapter 10 Mechanical Motion Simulation 10.1 Introduction : 10.2 Mechanism Design Extension （MDX） 10.2.1 Overview 10.2.2 Kinematics and Dynamics Analysis 10.3 Kinetics Analysis 10.3.1 Connection 10.3.2 Drivers Definition 10.3.3 Motion Definition Example 10.4 Dynamics Analysis Example 10.5 Advanced Connection 10.5.1 Gear 10.5.2 Cam 10.5.3 Slot Exereis Appendix Comparison of English-Chinese Command in Pro/E References |
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