Essentials of Pro/Engineer

Name: Essentials of Pro/Engineer
Price: 44.85 USD
Availability: InStock
ISBN: 9780534378646

ISBN-10: 0534378641

ISBN-13: 9780534378646

Edition: 2002

Authors: Yousef Haik, Mohammed Kilani

List price: $48.95

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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…

Book details

List price: $48.95
Copyright year: 2002
Publisher: Course Technology
Publication date: 6/25/2001
Binding: Paperback
Pages: 176
Size: 8.25" wide x 10.50" long x 0.25" tall
Weight: 0.946
Language: English

Mark F. Beck has been a massage therapist since 1975 and a massage educator for over 20 years. He has served as a school director and was active in the National Massage School Association (AMTA Council of Schools). He has held several offices in state and national professional associations. Mr. Beck was the owner/director/instructor of Magic Valley Massotherapy Institute from 1980 to 1990 and is currently the owner/director of Cooperative Training Systems (1996 - present). He is recognized as one of the original "thought leaders" in massage education and is the creator/author of Structural Muscular Balancing.Yousef Haik is currently serving as the Director for the Center for Research…




What Is Pro/E?



Objectives: Why Learn This?



Information



Getting Familiar with Pro/E



Lesson Objective



Starting and Working with Pro/E



Giving Commands



Opening an Existing Part



Controlling Environment Variables



Controlling Hidden Line Display



Obtaining a Shaded Image of Your Part



Specifying the Default View Projection



Using the View Options



Zooming In and Out



Interactive Zooming, Panning, and Spinning



Repainting the View



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 about 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



Building Relations and Parametric Study



Creating Simple Parts



Objectives



Naming the New Part



Datum Planes and Datum Axes



Default Datum Planes



Default Coordinate Systems



Feature-Based Modeling



Protrusion



Extrusion



Creating Sketch Geometry



Sketch Alignment



Sketch Dimensions



Modifying Values



Summary



Protrusion Example Using the Intent Manager



Making the Base Section



Adding Depth



A Worked Exercise



A Revolved Protrusion



Protrusion Sweeps



A Worked Example of Sweeps



Protrusion Blend



A Worked Example of Blending



Smooth Rotational Blends



A Shaft Feature



Patterned Features



A Worked Example of a Pattern



Fillets and Rounds



A Grouped Pattern



A Worked Example Using Fillets, Rounds, and Groups



Review Exercise



Material Removal Operations



Objectives



Creating Cuts



Worked Example: Extruded Cuts



Exercise: Using Revolved Cuts



Exercise: Using Swept Cuts



Exercise: Using Blended Cuts



Creating Slots



Creating Straight Holes with Linear Placement



Creating Straight Holes with Radial Placement



Creating Straight Holes with Coaxial Placement



Creating a Sketched Hole



The Chamfer Feature



Creating Neck Cuts



A Working Exercise



Review Exercise



Part Building and Editing Techniques



Objective



Sketcher Tools



Dimensioning the Sketch



Sketcher Constraints



Explicit Constraints



Adding Relations between Features



Feature Symmetry



Creating Radial Patterns



Completing the Index Block



Redefining Features



Resolving Feature Incompatibility



Finishing the Index Block



Use of the Intent Manager in Pro/E20



Review Exercise



Assembly



Objectives



Geneva Cam



The Index Plate



The Cap Screw



Assembly



Degrees of Freedom



Mate



Mate Offset



Align



Align Offset



Orient



Insert



Creating a Subassembly



Moving the Components



Shaft Assembly



Assembly Modification



Making Datum



Assigning Colors



Exploding the Assembly View



Assembly Information



Assembly Drawings



Review Exercises



Practical Problem



Introduction



Generating the Parts



Part One: Base Plate



Part Two: Bearing Block



Part Three: Displacer Piston Rod



Part Four: Cylinder Plate



Part Five: Connector Link



Part Six: Transfer Piston Guide



Part Seven: Power Connector Lever



Part Eight: Crank Web



Part Nine: Flywheel



Part Ten: Crank Web Shaft



Part Eleven: Displacer Cylinder



Part Twelve: Displacer Piston



Part Thirteen: Main Bearing Bushing



Part Fourteen: Power Cylinder



Part Fifteen: Alcohol Burner Cap



Generating Assembly



Base Plate and Cylinder Plate



Adding Bearing Block to Assembly



Adding Crank Web Shaft to Assembly



Adding Flywheel to Assembly



Adding Crank Web to Assembly



Adding Transfer Piston Guide to Assembly



Connector Link and Bushing



Connector Link to Assembly



Bearing Block and Bushings



Displacer Piston Rod and Displacer Piston



Displacer Piston Rod to Assembly



Displacer Cylinder to Assembly



Power Cylinder to Assembly



Power Connector Lever to Assembly



Alcohol Burner Cap to Assembly



Parametric Study



Details of Part Creation



Reverse Engineering by Pro/E Modeling



Objective



Paper Stapler



Part 1



Part 2



Part 3



Part 4



Part 5



Part 6



Part 7



Part 8



Part 9



Assembly



Electric Can Opener



Part 1: 3-Inch Screw



Part 2: Motor



Part 3: Guide Pin



Part 4: Small Gear



Part 5: Large Gear



Part 6: Blade Pin



Part 7: Activator



Part 8: Coil



Part 9: Motor Magnet



Part 10: Magnet



Part 11: Switch Plate



Part 12: Coil Holder



Part 13: Blade



Part 14: Back Case



Part 15: Can Holder



Part 16: Front Plate



Part 17: Motor Holder



Part 18: Arm



Part 19: Front Case



Assembly of Parts



Create Relations and Parameters



Hair Dryer



Rear Casing (Casing 1)



Front Casing (Casing 2)



Switch



Motor



Tube



Plate 1



Plate 2



Fan Blade



Fan



Housing



Assembly



Cordless Screwdriver



Casing



Battery



Motor



Collet



Collet Lock



Gearbox



Gears



Switch



Assembly