book

Engineering Design and Graphics with SolidWorks 2019

by James D. Bethune

June 2019

Intermediate to advanced

768 pages

20h 17m

English

Adobe Press

Read now

Unlock full access

Chapter Objectives1-1 Introduction1-2 Starting a New DrawingTo Start a New DrawingTo Select a Drawing Plane1-3 SolidWorks Colors1-4 Creating a Fully Defined CircleTo Change an Existing DimensionFully Defined Entities1-5 UnitsTo Change Units1-6 RectangleTo Sketch a RectangleTo Exit the Sketch ModeTo Reenter the Sketch Mode1-7 Moving Around the Drawing ScreenTo Zoom the LineTo Move the LineTo Reorientate the Line1-8 OrientationTo Return to the Top View Orientation – View SelectorTo Return to the Top View Orientation – Top ViewTo Return to the Top View Orientation – Orientation Triad1-9 Sample Problem SP1-1To Fix a Line in PlaceSketch Relations1-10 Creating 3D ModelsTo Create a 3D Model1-11 Saving a DocumentTo Save a Document1-12 Lines and Angles – Sample Problem SP1-21-13 HolesTo Create a HoleChapter Projects
Chapter Objectives2-1 Introduction2-2 Mouse Gestures and the S KeyMouse GesturesS KeyTo Activate the S KeyTo Customize the S Key Shortcut ToolbarTo Remove a Tool from the S Key Box2-3 OriginsTo Show the Origin2-4 CircleTo Sketch a CircleTo Sketch a Perimeter Circle Using Three PointsTo Sketch a Perimeter Circle Tangent to Three Lines2-5 RectangleTo Sketch a Center RectangleTo Sketch a 3 Point Corner RectangleTo Sketch a 3 Point Center RectangleTo Sketch a Parallelogram2-6 SlotsTo Draw a Straight SlotTo Draw a Centerpoint Straight SlotTo Draw a 3 Point Arc SlotTo Draw a Centerpoint Arc Slot2-7 Perimeter CircleTo Draw a Perimeter Circle2-8 ArcsTo Draw a Centerpoint ArcTo Draw a Tangent ArcTo Draw a 3 Point Arc2-9 PolygonsTo Draw a Hexagon2-10 SplineTo Draw a SplineTo Edit a Spline2-11 EllipseTo Draw an EllipseTo Draw a Partial EllipseTo Draw a ParabolaConic SectionTo Draw a Conic2-12 Fillets and ChamfersTo Draw a FilletTo Draw a Chamfer2-13 Sketch TextTo Add TextTo Change the Font and Size of Text2-14 Point2-15 Trim EntitiesTo Use Trim Entities2-16 Extend EntitiesTo Extend Entities in a Sketch2-17 Offset EntitiesTo Draw an Offset Line2-18 Mirror Entities2-19 Linear Sketch PatternTo Create a Linear Sketch Pattern2-20 Circular Sketch PatternTo Create a Circular Sketch Pattern2-21 Move EntitiesTo Move an Entity2-22 Copy EntitiesTo Copy an Entity2-23 Rotate EntitiesTo Rotate an Entity2-24 Scale EntitiesTo Create a Scale Entity2-25 Stretch EntitiesTo Stretch an Entity2-26 Split EntitiesTo Use the Split Entities Tool2-27 Jog LinesTo Use the Jog Line Tool2-28 CenterlineTo Use the Centerline Tool2-29 Sample Problem SP2-12-30 Sample Problem SP2-22-31 Sample Problem SP2-3Chapter Projects
Chapter Objectives3-1 Introduction3-2 Extruded Boss/BaseTo Use the Extruded Boss/Base ToolTo Create Inward Draft SidesTo Create an Outward Draft3-3 Sample Problem SP3-13-4 Extruded Cut3-5 Hole Wizard3-6 A Second Method of Creating a Hole3-7 Blind HolesTo Create a Blind Hole – InchesTo Create a Blind Hole – Metric3-8 FilletTo Create a Fillet with a Variable RadiusTo Create a Fillet Using the Face Fillet OptionTo Create a Fillet Using the Full Round Fillet Option3-9 ChamferTo Define a Chamfer Using an Angle and a DistanceTo Define a Chamfer Using Two DistancesTo Define a Vertex Chamfer3-10 Revolved Boss/Base3-11 Revolved Cut3-12 Reference PlanesTo Create a Reference Plane3-13 Lofted Boss/Base3-14 Shell3-15 Swept Boss/Base3-16 Draft3-17 Linear Sketch Pattern3-18 Circular Sketch Pattern3-19 Mirror3-20 Helix Curves and SpringsTo Draw a HelixTo Draw a Spring from the Given Helix3-21 Compression SpringsTo Create Ground Ends3-22 Torsional SpringsTo Draw a Torsional Spring3-23 Extension SpringsTo Draw an Extension Spring3-24 WrapTo Create Debossed Text3-25 Editing FeaturesTo Edit the HoleTo Edit the Cutout3-26 Sample Problem SP3-2To Draw a CylinderTo Create a Slanted Surface on the CylinderTo Add the Vertical SlotTo Add the Ø8 Hole3-27 Sample Problem SP3-33-28 Curve Driven PatternsTo Use the Curve Driven Pattern Tool – Example 1To Use the Curve Driven Pattern Tool – Example 2Chapter Projects
Chapter Objectives4-1 Introduction4-2 Third- and First-Angle Projections4-3 Fundamentals of Orthographic ViewsNormal SurfacesHidden LinesPrecedence of LinesSlanted SurfacesCompound LinesOblique SurfacesRounded Surfaces4-4 Drawing Orthographic Views Using SolidWorksTo Move Orthographic ViewsTo Create Other Views4-5 Section Views4-6 Drawing a Section View Using SolidWorksTo Change the Style of a Section View4-7 Aligned Section Views4-8 Broken ViewsTo Create a Broken View4-9 Detail ViewsTo Draw a Detail View4-10 Auxiliary ViewsTo Draw an Auxiliary View4-11 ArtTo Create Three Orthographic Views Using First Angle ProjectionChapter Projects
Chapter Objectives5-1 Introduction5-2 Starting an Assembly Drawing5-3 Move Component5-4 Rotate Component5-5 Mouse Gestures for Assembly Drawings5-6 MateTo Create the First AssemblyTo Create a Second AssemblyTo Create a Third Assembly5-7 Bottom-up Assemblies5-8 Creating an Exploded Isometric Assembly Drawing5-9 Creating an Exploded Isometric Drawing Using the Drawing Format5-10 Assembly Numbers5-11 Bill of Materials (BOM or Parts List)To Edit the BOMTo Add Columns to the BOMTo Change the Width of a ColumnTo Change the Width of Rows and ColumnsTo Change the BOM’s Font5-12 Title BlocksRevision LettersTo Edit a Title BlockRelease BlocksTolerance BlockApplication Block5-13 Animate Collapse5-14 Sample Problem 5-1: Creating the Rotator Assembly5-15 Using the SolidWorks Motion Study ToolMotion5-16 Editing a Part within an Assembly5-17 Interference Detection/Clearance VerificationInterference DetectionTo Detect an InterferenceTo Verify the ClearanceTo Remove the InterferenceTo Verify That a Clearance ExistsChapter Projects

Chapter Objectives6-1 Introduction6-2 Thread TerminologyPitch6-3 Thread Callouts—ANSI Metric Units6-4 Thread Callouts—ANSI Unified Screw Threads6-5 Thread Representations6-6 Internal Threads—Inches6-7 Threaded Blind Holes—Inches6-8 Internal Threads—Metric6-9 Accessing the Design Library6-10 Thread Pitch6-11 Determining an External Thread Length—Inches6-12 Smart Fasteners6-13 Determining an Internal Thread Length6-14 Set Screws6-15 Drawing a Threaded Hole in the Side of a Cylinder6-16 Adding Set Screws to the CollarChapter Projects
Chapter Objectives7-1 Introduction7-2 Terminology and Conventions—ANSISome Common TermsSome Dimensioning ConventionsSome Common Errors to Avoid7-3 Adding Dimensions to a DrawingControlling DimensionsDimensioning Short DistancesAutodimension ToolTo Create Baseline DimensionsTo Create Ordinate Dimensions7-4 Drawing Scale7-5 UnitsAligned DimensionsHole Dimensions7-6 Dimensioning Holes and FilletsDimensioning a Blind HoleDimensioning Hole Patterns7-7 Dimensioning Counterbored and Countersunk HolesCounterbored Hole with ThreadsTo Dimension Countersink HolesTo Dimension the Block7-8 Angular DimensionsTo Dimension an Evenly Spaced Hole Pattern7-9 Ordinate DimensionsTo Create Ordinate Dimensions7-10 Baseline DimensionsTo Create Baseline DimensionsHole Tables7-11 Locating Dimensions7-12 Fillets and Rounds7-13 Rounded Shapes—Internal7-14 Rounded Shapes—External7-15 Irregular Surfaces7-16 Polar Dimensions7-17 Chamfers7-18 Symbols and Abbreviations7-19 Symmetrical and Centerline Symbols7-20 Dimensioning to a Point7-21 Dimensioning Section Views7-22 Dimensioning Orthographic ViewsDimensions Using CenterlinesChapter Projects
Chapter Objectives8-1 Introduction8-2 Direct Tolerance Methods8-3 Tolerance Expressions8-4 Understanding Plus and Minus Tolerances8-5 Creating Plus and Minus TolerancesTo Add Plus and Minus Symmetric Tolerances Using the Dimension Text Box8-6 Creating Limit Tolerances8-7 Creating Angular Tolerances8-8 Standard Tolerances8-9 Double Dimensioning8-10 Chain Dimensions and Baseline DimensionsBaseline Dimensions Created Using SolidWorks8-11 Tolerance StudiesCalculating the Maximum Length of ACalculating the Minimum Length of A8-12 Rectangular Dimensions8-13 Hole Locations8-14 Choosing a Shaft for a Toleranced HoleFor Linear Dimensions and Tolerances8-15 Sample Problem SP8-18-16 Sample Problem SP8-28-17 Nominal Sizes8-18 Standard Fits (Metric Values)Clearance FitsTransitional FitsInterference Fits8-19 Standard Fits (Inch Values)To Add a Fit Callout to a DrawingReading Fit Tables8-20 Preferred and Standard Sizes8-21 Surface Finishes8-22 Surface Control Symbols8-23 Applying Surface Control SymbolsTo Add a Lay Symbol to a Drawing8-24 Design ProblemsFloating ConditionFixed ConditionDesigning a Hole Given a Fastener Size8-25 Geometric Tolerances8-26 Tolerances of Form8-27 Flatness8-28 Straightness8-29 Straightness (RFS and MMC)8-30 Circularity8-31 Cylindricity8-32 Geometric Tolerances Using SolidWorks8-33 DatumsTo Add a Datum IndicatorTo Define a Perpendicular ToleranceTo Define a Straightness Value for Datum Surface A8-34 Tolerances of Orientation8-35 Perpendicularity8-36 Parallelism8-37 Angularity8-38 Profiles8-39 Runouts8-40 Positional Tolerances8-41 Creating Positional Tolerances Using SolidWorksTo Create the Positional Tolerance8-42 Virtual ConditionCalculating the Virtual Condition for a ShaftCalculating the Virtual Condition for a Hole8-43 Floating Fasteners8-44 Sample Problem SP8-38-45 Sample Problem SP8-48-46 Fixed Fasteners8-47 Sample Problem SP8-58-48 Design ProblemsChapter Projects
Chapter Objectives9-1 Introduction9-2 Sleeve BearingsTo Draw a Sleeve BearingTo Use a Sleeve Bearing in an Assembly Drawing9-3 Bearings from the Toolbox9-4 Ball Bearings9-5 Fits and Tolerances for Bearings9-6 Fits—Inches9-7 Clearance Fits9-8 Hole Basis9-9 Shaft Basis9-10 Sample Problem SP9-19-11 Interference Fits9-12 Manufactured BearingsClearance for a Manufactured BearingTo Apply a Clearance Fit Tolerance Using SolidWorksInterference for a Manufactured BearingTo Apply an Interference Fit Tolerance Using SolidWorksUsing SolidWorks to Apply Standard Fit Tolerances to an Assembly Drawing9-13 Fit Tolerances—MillimetersChapter Projects
Chapter Objectives10-1 Introduction10-2 Gear Terminology10-3 Gear Formulas10-4 Creating Gears Using SolidWorksTo Create a Gear AssemblyTo Animate the Gears10-5 Gear Ratios10-6 Gears and BearingsTo Add Bearings10-7 Power Transmission—Shaft to Gear10-8 Set Screws and Gear HubsTo Add a Threaded Hole to the Gear’s Hub10-9 Keys, Keyseats, and GearsTo Define and Create Keyseats in GearsTo Return to the Assembly DrawingTo Define and Create a Parallel KeyTo Create a Keyseat in the ShaftTo Create the KeyseatTo Create the Arc-Shaped End of a Keyseat10-10 Sample Problem 10-1—Support PlatesTo Determine the Pitch DiameterTo Edit the Bill of Materials10-11 Rack and Pinion GearsTo Animate the Rack and Pinion10-12 Metric GearsTo Create a Metric GearChapter Projects
Chapter Objectives11-1 Introduction11-2 Working with CubesProblem 11-111-3 Drawing ProfilesProblem 11-2Problem 11-3Problem 11-4Problem 11-5Problem 11-611-4 Drawing Small 3D ObjectsProblem 11-7Problem 11-8Problem 11-9Problem 11-10Problem 11-11Problem 11-1211-5 Drawing Larger ObjectsProblem 11-13Problem 11-14Problem 11-15Problem 11-16Problem 11-17Problem 11-18Problem 11-19Problem 11-2011-6 Drawing Auxiliary ViewsProblem 11-21Problem 11-22Problem 11-2311-7 Drawing Break ViewsProblem 11-24Problem 11-2511-8 Drawing Section ViewsProblem 11-26Problem 11-27Problem 11-2811-9 Drawing Detail ViewsProblem 11-29Problem 11-3011-10 Drawing Lines and ViewsProblem 11-31Problem 11-32Problem 11-3311-11 Drawing Assembly DrawingsProblem 11-34Problem 11-35

Overview

In Engineering Design and Graphics with SolidWorks 2019, award-winning CAD instructor and author James Bethune shows students how to use SolidWorks to create engineering drawings and designs.

The textbook has been updated to cover the new features in SolidWorks 2019, including a brand-new chapter with sample problems to help students prepare for the CSWA Exam. It focuses on the creation of engineering drawings, including dimensions and tolerances and the use of standard parts and tools. Each chapter contains step-by-step sample problems that show students how to apply the concepts presented in the chapter.

Effective pedagogy throughout the text helps students learn and retain concepts:

OBJECTIVES: Each chapter begins with objectives and an introduction to the material.
SUMMARIES: Each chapter concludes with a summary and exercise problems.
NUMEROUS ILLUSTRATIONS: The multitude of illustrations, accompanied by explanatory captions, present a visual approach to learning. Students see in the text what they see on the screen with the addition of explanatory text.
PRACTICAL APPLICATION: The text provides hundreds of exercise projects of varying difficulty (far more than any other computer graphics text). These exercises reinforce each chapter’s content and help students learn by doing.
FLEXIBILITY: With the hundreds of problems presented in the book, instructors can assign different problems within the same class and from year to year without repeating problems for students.
MEETS STANDARDS: The text teaches ANSI standards for dimensions and tolerances. This helps students understand how their designs are defined for production and the importance of proper tolerancing.
STEP-BY-STEP APPROACH: In presenting the fundamentals of engineering drawing using SolidWorks, the text uses a step-by-step approach that allows students to work and learn at their own pace.
CSWA EXAM PREP: This edition includes sample problems to help students prepare for the CSWA Exam.