book

Engineering Design and Graphics with SolidWorks 2023

by James D. Bethune, Nathan Brown

February 2023

Intermediate to advanced

784 pages

30h 21m

English

Pearson

Read now

Unlock full access

Chapter Objectives1-1 Introduction1-2 Starting a New Document1-3 SolidWorks Colors1-4 Creating a Fully Defined Circle1-5 Units1-6 Rectangle1-7 Moving Around the Drawing Screen1-8 Orientation1-9 Sample Problem SP1-11-10 Creating 3D Models1-11 Saving Documents1-12 Sample Problem SP1-21-13 HolesChapter Project
Chapter Objectives2-1 Introduction2-2 Mouse Gestures and the S Key2-3 Origins2-4 Circle2-5 Rectangle2-6 Slots2-7 Perimeter Circle2-8 Arcs2-9 Polygons2-10 Spline2-11 Ellipse2-12 Fillets and Chamfers2-13 Sketch Text2-14 Point2-15 Trim Entities2-16 Extend Entities2-17 Offset Entities2-18 Mirror Entities2-19 Linear Sketch Pattern2-20 Circular Sketch Pattern2-21 Move Entities2-22 Copy Entities2-23 Rotate Entities2-24 Scale Entities2-25 Stretch Entities2-26 Split Entities2-27 Jog Lines2-28 Centerline2-29 Sample Problem SP2-12-30 Sample Problem SP2-22-31 Sample Problem SP2-3Chapter Projects
Chapter Objectives3-1 Introduction3-2 Extruded Boss/Base3-3 Sample Problem SP3-13-4 Extruded Cut3-5 Hole Wizard3-6 Creating a Hole with the Circle and Extruded Cut Tools3-7 Blind Holes3-8 Fillet3-9 Chamfer3-10 Revolved Boss/Base3-11 Revolved Cut3-12 Reference Planes3-13 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 Springs3-21 Compression Springs3-22 Torsional Springs3-23 Extension Springs3-24 Wrap3-25 Editing Features3-26 Sample Problem SP3-23-27 Sample Problem SP3-33-28 Curve Driven PatternsChapter Projects

Chapter Objectives4-1 Introduction4-2 Third- and First-Angle Projections4-3 Fundamentals of Orthographic Views4-4 Drawing Orthographic Views4-5 Section Views4-6 Drawing a Section View4-7 Aligned Section Views4-8 Broken Views4-9 Detail Views4-10 Auxiliary Views4-11 First-Angle ProjectionChapter Projects
Chapter Objectives5-1 Introduction5-2 Starting an Assembly5-3 Move Component5-4 Rotate Component5-5 Mouse Gestures for Assemblies5-6 Mate5-7 Bottom-up Assemblies5-8 Creating an Exploded Isometric Assembly5-9 Creating an Exploded Isometric Drawing5-10 Assembly Numbers5-11 Bill of Materials (BOM or Parts List)5-12 Title Blocks5-13 Animate Collapse5-14 Sample Problem SP5-15-15 Using the Motion Study Tool5-16 Editing a Part Within an Assembly5-17 Interference Detection/Clearance VerificationChapter Projects
Chapter Objectives6-1 Introduction6-2 Thread Terminology6-3 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—ANSI7-3 Adding Dimensions to a Drawing7-4 Drawing Scale7-5 Units7-6 Dimensioning Holes and Fillets7-7 Dimensioning Counterbored and Countersunk Holes7-8 Angular Dimensions7-9 Ordinate Dimensions7-10 Baseline Dimensions7-11 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 ViewsChapter Projects
Chapter Objectives8-1 Introduction8-2 Direct Tolerance Methods8-3 Tolerance Expressions8-4 Understanding Plus and Minus Tolerances8-5 Creating Plus and Minus Tolerances8-6 Creating Limit Tolerances8-7 Creating Angular Tolerances8-8 Standard Tolerances8-9 Double-Dimensioning Errors8-10 Chain Dimensions and Baseline Dimensions8-11 Tolerance Studies8-12 Rectangular Dimensions8-13 Hole Locations8-14 Choosing a Shaft for a Toleranced Hole8-15 Sample Problem SP8-18-16 Sample Problem SP8-28-17 Nominal Sizes8-18 Standard Fits (Metric Values)8-19 Standard Fits (Inch Values)8-20 Preferred and Standard Sizes8-21 Surface Finishes8-22 Surface Control Symbols8-23 Applying Surface Control Symbols8-24 Design Problems8-25 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 Datums8-34 Tolerances of Orientation8-35 Perpendicularity8-36 Parallelism8-37 Angularity8-38 Profiles8-39 Runouts8-40 Positional Tolerances8-41 Creating Positional Tolerances8-42 Virtual Condition8-43 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 Bearings9-3 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 Bearings9-13 Fit Tolerances—MillimetersChapter Projects
Chapter Objectives10-1 Introduction10-2 Gear Terminology10-3 Gear Formulas10-4 Creating Gears10-5 Gear Ratios10-6 Gears and Bearings10-7 Power Transmission—Shaft to Gear10-8 Set Screws and Gear Hubs10-9 Keys, Keyseats, and Gears10-10 Sample Problem SP10-110-11 Rack and Pinion Gears10-12 Metric GearsChapter Projects
Chapter Objectives11-1 Introduction11-2 Working with Cubes11-3 Drawing Profiles11-4 Drawing Small 3D Objects11-5 Drawing Larger Objects11-6 Drawing Auxiliary Views11-7 Drawing Break Views11-8 Drawing Section Views11-9 Drawing Detail Views11-10 Drawing Lines and Views11-11 Creating Assemblies11-12 Problem Answers

Content preview from Engineering Design and Graphics with SolidWorks 2023

Chapter 4. Orthographic Views

Chapter Objectives

Implement orthographic views
Apply ANSI standards and conventions
Draw section and auxiliary views

4-1 Introduction

Orthographic views are two-dimensional views used to define a three-dimensional model. More than one orthographic view is needed to define a model unless the model is of uniform thickness. Standard practice calls for three orthographic views, a front, top, and side view, although more or fewer views may be used as needed.

There are two sets of standards used to define the projection and placement of orthographic views: the American National Standards Institute (ANSI) and the International Organization for Standardization (ISO). ANSI calls for orthographic views to be created ...