Essentials of Pro/Engineer (PAP/CDR)

Essentials of Pro/Engineer (PAP/CDR)

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  • 製本 Paperback:紙装版/ペーパーバック版/ページ数 192 p.
  • 言語 ENG
  • 商品コード 9780534378646
  • DDC分類 620.0042

Full Description


The book provides self-guided tutorial notes that walk students through the essentials of using Pro/E software in engineering design. While many Pro/E books cover every feature of the software package, this book simply teaches the most commonly used commands and techniques. The authors also provide offers direction to students who may need to learn more advanced features of Pro/E or other CAD packages. While Pro/E and other CAD software companies have been developing new releases on an annual basis, Haik and Kilani focus most of their teaching on the basic material that does not change from release to release. With this approach, students will have command of the basic powers of Pro/E, but not need to purchase a new book with every new version of Pro/E..

Contents

1. OBJECTIVES/WHY LEARN THIS? Information. 2. GETTING FAMILIAR WITH PRO/E. Lesson Objective. Starting and Working with Pro/E. Giving Commands. Opening and Existing Part. Controlling Environment Variables. Controlling Hidden Line Display. Specifying the Default View Projection. Using the View Options. Zooming In and Out. Interactive Zooming, Panning and Spinning. Orienting the Model Accurately. Orthographic Views. Obtaining Principal Orthographic Projections. Naming and Saving Views. Using the Query Sel Option. Accurate Orientation. Generating Isometric views. Engineering Drawings. Inquiring Your Model. Modifying Dimensions and Examining Relational Constraints. Adding Features to Your Part. Specifying the Sketching Plane and The Sketching Reference Plane. Drawing Your Sketch. Aligning Your Sketch to the Part. Examining Sketcher Assumptions. Adding Dimensions To Your Sketch. 3. CREATING SIMPLE PARTS. Naming the New Part. Datum Planes and Datum Axis. Feature Based Modeling. Protrusion. Extrusion. Creating Sketch Geometry. Sketch Alignment. Sketch Dimensions. Modifying Values. Summary. Worked Exercises. Protrusion>Revolve. Protrusion >Sweeps. Worked Example. Protrusion: Blend. Worked Example. Smooth Rotational Blend. Shaft Feature. Patterned Features. Worked Example. Fillets and Rounds. Grouped Pattern. Worked Example. 4. MATERIAL REMOVAL OPERATIONS. Objectives. Creating Cuts. Creating Slots. Creating Strait Holes with Linear Placement. Creating Straight Holes with Radial Placement. Creating Straight Holes with Coaxial Placement. Creating Sketch Hole. Chamfer Feature. Creating Neck Cuts. 5. PART BUILDING AND EDITING TECHNIQUEST. Objective. Sketcher Tools. Dimensioning the Sketch. Sketcher Constraints. Explicit Constraints. Adding Inter-Feature Relations. Feature Symmetry. Creating Radial Pattern. Resolving Feature Incompatibility. Use of Intent Manager. 6. ASSEMBLY. Objectives. Geneva Cam. Index Plate. The Cap Screw. Assembly. Creating a Sub-Assembly. Moving the components. Shaft Assembly. Exploding the Assembly view. Assembly Information. 7. PRACTICAL PROBLEM. Introduction. Generating Parts. Generating Assembly. Parametric Study. Details of Part Creation. 8. REVERSE ENGINEERING PRO/E MODELING. Paper Stapler. Electric Can Opener. Hair Dryer. Cordless Screw Driver.