Engineering Graphics with SOLIDWORKS 2021: A Step-by-Step Project Based Approach

Length: 600 pages
Edition: 1
Language: English
Publisher: SDC Publications
Publication Date: 2021-02-15
ISBN-10: 1630574074
ISBN-13: 9781630574079
Sales Rank: #329090 (See Top 100 Books)

Engineering Graphics with SOLIDWORKS 2021 is written to assist students, designers, engineers and professionals who are new to SOLIDWORKS.

The book combines the fundamentals of engineering graphics and dimensioning practices with a step-by-step project-based approach to learning SOLIDWORKS. The book is divided into four sections with 11 Chapters.

Chapters 1 – 3: Explore the history of engineering graphics, manual sketching techniques, orthographic projection, Third vs. First angle projection, multi-view drawings, dimensioning practices (ASME Y14.5-2009 standard), line type, fit type, tolerance, fasteners in general, general thread notes and the history of CAD leading to the development of SOLIDWORKS.

Chapters 4 – 9: Comprehend the SOLIDWORKS User Interface and CommandManager, Document and System properties, simple machine parts, simple and complex assemblies, proper design intent, design tables, configurations, multi-sheet, multi-view drawings, BOMs, and Revision tables using basic and advanced features.

Follow the step-by-step instructions in over 80 activities to develop eight parts, four sub-assemblies, three drawings and six document templates.

Chapter 10: Prepare for the Certified SOLIDWORKS Associate (CSWA) exam. Understand the curriculum and categories of the CSWA exam and the required model knowledge needed to successfully take the exam.

Chapter 11: Provide a basic understanding between Additive vs. Subtractive manufacturing. Discuss Fused Filament Fabrication (FFF), STereoLithography (SLA), and Selective Laser Sintering (SLS) printer technology. Select suitable filament material. Comprehend 3D printer terminology. Knowledge of preparing, saving, and printing a model on a Fused Filament Fabrication 3D printer. Information on the Certified SOLIDWORKS Additive Manufacturing (CSWA-AM) exam.

Review individual features, commands, and tools using SOLIDWORKS Help. The chapter exercises analyze and examine usage competencies based on the chapter objectives. The book is designed to complement the SOLIDWORKS Tutorials located in the SOLIDWORKS Help menu.

Desired outcomes and usage competencies are listed for each project. Know your objectives up front. Follow the step-by step procedures to achieve your design goals. Work between multiple documents, features, commands, and properties that represent how engineers and designers utilize SOLIDWORKS in industry. The author developed the industry scenarios by combining his own industry experience with the knowledge of engineers, department managers, vendors and manufacturers.

Engineering Graphics with SOLIDWORKS 2021
	A Step-by-Step Project Based Approach
	Engineering Graphics with SOLIDWORKS 2021
		SDC Publications
		About the Author
		• Applications in Sheet Metal Using Pro/SHEETMETAL & Pro/ENGINEER
		Acknowledgements
		Contact the Author
		Note to Instructors
		Trademarks, Disclaimer, and Copyrighted Material
		References
		Overview of Chapters
		About the Book
		Chapter 1
			History of Engineering Graphics
				Chapter Overview
				Example 1:
				Example 2:
				Global and Local Coordinate System
				2 Dimensional Cartesian Coordinate System
				Example 1:
				Example 2:
				3 Dimensional Cartesian Coordinate System
				Freehand Sketching
				General Sketching Techniques
				Geometric Entities
				Solid Primitives
				Alphabet of Lines
				Precedence of Line Types
			—10
				Alphabet of Lines Exercises:
				Projections in General
				Projection Types
				Multi-view Projections
				Orthographic Projection (Third Angle)
				Glass Box and Six Principal Orthographic Views
				Height, Width, and Depth Dimensions
				Transferring Dimensions
				Sheet Media
				Orthographic Projection Exercises:
				Planes (Normal, Inclined and Oblique)
				Plane Exercises:
				Chapter Summary
				Questions
		Chapter 2
			Isometric Projection and Multi View Drawings
				Chapter Overview
				Isometric Sketching
				Example 1:
				Circles drawn in Axonometric view
				Example 1:
				Additional Projections
				Two-view drawing
				Example 2:
				One-view drawing
				Example 1:
				Example 2: Note Annotation to replace the Top view
				Example 3: Note Fastener Annotation
				Exercises:
				Drawing Views - Advanced
				Section view
				Detail View
				Example 1:
				Example 2:
				Broken out View
				Break or Broken View
				Crop View
				Auxiliary View
				Example 1:
				Exercises:
				History of Computer Aided Design (CAD)
				Boolean operations
				What is SOLIDWORKS?
				Design Intent
				Design intent in an assembly
				Chapter Summary
				Questions
				Exercises
		Chapter3
			Dimensioning Practices, Scales, Tolerancing and Fasteners
				Chapter Overview
				American National Standards Institute (ANSI)
				Dimensioning
				Measurement
				Scale
				Standards for Dimensioning
				Example 1:
				Example 1:
				Example 1:
				Example 1:
				Example 2:
				Example 1:
				Example 1:
				Example 1:
				Example 1:
				Example 1:
				Example 1:
				Example 1:
				Example 3:
				Example 1:
				Example 1:
				Example 1:
				Precision
				Size Dimension
				Example 1:
				Continuous Dimensions
				Example 1:
				Principles of good dimensioning
				Example 1:
				Example 1:
				Dimension Exercises:
				Dimension Exercises:
				Precision and Tolerance
				Tolerance for a drawing
				Example 1 & 2:
				Name
				Symbol
				Formatting Inch Tolerances
				Metric Dimension Specifications
				Tolerance Parts and Important Terms
				Fit - Hole Tolerance
				Example 1:
				Fit Types between Mating Parts
				Fasteners in General
				Thread Class of Fit
				Chapter Summary
				Questions
				Exercises
			——.35
			— 2.50
			-4 P-.125
		Chapter 4
			Overview of SOLIDWORKS 2021 and the User Interface
				Chapter Objective
				What is SOLIDWORKS®?
				Home Tab
				Recent Tab
				Learn Tab
				Menu Bar menu
				Drop-down menu
				Create a New Part Document
				SOLIDWORKS Help
				SOLIDWORKS Tutorials
				User Interface Tools
				Right-click
				Consolidated toolbar
				System feedback icon
				Confirmation Comer
				Heads-up View toolbar
				SOLIDWORKS CommandManager
			f El e й
			• 9 <§> Tg ® T El ®= И
				Collapse the CommandManager
				Part FeatureManager Design Tree
				Fly-out FeatureManager
				Task Pane
				SOLIDWORKS Resources
				Design Library
				File Explorer
				Search
				View Palette
				Custom Properties
				SOLIDWORKS Forum
				3DEXPERIENCE MARKETPLACE
				3D Views tab
				Dynamic Reference Visualization (Parent/Child)
				Mouse Movements
				Summary
		Chapters
			Introduction to SOLIDWORKS Part Modeling
				Chapter Overview
				File Management
				Start a SOLIDWORKS Session. Open a new Part.
				Part Template
				20)
				21)
				22)
				Select the SOLIDWORKSMODELS 2021\MY-TEMPLATES folder.
				27) Select MMGS, (millimeter, gram, second) for Unit system.
				30) Click OK.
				33) Select the SOLIDWORKS-MODELS 2021\MY- TEMPLATES folder.
				BATTERY Part
				BATTERY Part-Extruded Boss/Base Feature
				51) Double click PART-IN-ANSI, [PART-MM-ISO].
				70) Click Isometric view Ф.
				78) Rename Boss-Extrude1 to Base Extrude.
				BATTERY Part-Fillet Feature Edge
				89) Select the Connected to start face,
				92) Click Isometric view Ф.
				105) Click Isometric view
				BATTERY Part - Fillet Feature
				BATTERY Part - Extruded Boss/Base Feature
				BATTERYPLATE Part
				Save As, Delete, Edit Feature and Modify
				BATTERYPLATE Part - Extruded Boss Feature
				BATTERYPLATE Part - Fillet Features: Full Round and Multiple Radius Options
				235)
				Multi-body Parts and Extruded Boss/Base Feature
				Chapter Summary
				Questions
			ej gg ($ @ > I>I<1
			/ e 7 ® п о ° ®
				Exercises
		Chapter 6
			Revolved Boss/Base Features
				Chapter 6 - Revolved Boss/Base Features
				Chapter Overview
				LENS Part
				LENS Part-Revolved Boss/Base Feature
				2) Click the MY-TEMPLATES tab.
				3) Double click PART-IN-ANSI, [PART-MM-ISOJ.
				4) Click Save As Ж
				44) Rename Revolvel to BaseRevolve.
				LENS Part - Shell Feature
				52) Rename ShelH to LensShell.
				53) Click Save
				Extruded Boss/Base Feature and Convert Entities
				Sketch tool
				64) Click Front view
				87) Click the Add or Update Favorite icon.
				88) Enter CBORE FOR BULB.
				95) Click Isometric view .
				LENS Part - Revolved Boss Thin Feature
				117) Rename Revolve-Thinl to LensConnector.
				119) Click Save
				LENS Part - Extruded Boss/Base Feature and
				Offset Entities
				124) Click Front view
				• Diffuse amount, Specular amount, Specular spread,
				141) Click Isometric view
				BULB Part
				BULB Part - Revolved Base Feature
				157) Double-click PART-IN-ANSI, [PART-MM-ISO].
				BULB Part - Revolved Boss Feature and Spline Sketch Tool
				204) Click Isometric view Ф.
				205) Click Save S.
				217) Click Coincident .
				223) Click the horizontal centerline.
				224) Click the short horizontal line.
				226) Enter .260in, [6.6]. Click the short horizontal line.
				233) Check the Thin Feature box.
				235) Click the Reverse Direction box.
				237) Click Save И.
				BULB Part - Dome Feature
				BULB Part - Circular Pattern Feature
				Customizing Toolbars and Short Cut Keys
				Chapter Summary
				Questions
				Exercise 6.1: BUSHING
				Exercise 6.2: PIN
				Exercise 6.3: Mounting Nut
				Exercise 6.4: SCREW
				Exercise 6.5:
				Exercise 6.6:
				Exercise 6.7:
				Exercise 6.8:
		Chapter?
			Swept, Lofted, Rib, Mirror and Additional Features
				Chapter 7 - Swept, Lofted, Rib, Mirror and Additional Features
				Chapter Overview
				O-RING Part - Swept Base Feature
				2) Click the MY-TEMPLATES tab.
				3) Double click PART-IN-ANSI, [PART-MM-ISO].
				4) Click Save As Ш.
				18) Rename Sketchl to Sketch-path.
				20) Select Circular Profile.
				25) Rename Sweepl to Base-Sweep.
				26) Click Isometric view >.
				27) Click Save S.
				SWITCH Part - Lofted Base Feature
				37)
				47) Click Top view 0.
				51) Click the Origin.
				54) Click the left vertical line.
				56) Click the top horizontal line.
				57) Click the right vertical line.
				58) Click the bottom horizontal line.
				60) Click Equal = .
				62) Click the top horizontal line.
				65) Rebuild 9 the model.
				67) Rename Sketchl to Sketch 1-lower.
				68) Click Save H.
				69) Click Top view ®.
				81) Click Exit Sketch.
				82) Rename Sketch2 to Sketch2-middle.
				84) Click Top view ®.
				93) Click Exit Sketch.
				94) Rename Sketch3 to Sketch3-upper.
				98) Click Clear Selections.
				SWITCH Part - Dome Feature
				117) Un-check Show
				FeatureDimensions.
				120) Click Save B.
				Four Major Categories of Solid Features
				LENSCAP Part
				LENSCAP Part - Extruded Boss/Base, Extruded Cut and Shell Features
				131)
				162) Click Isometric view >.
				LENSCAP Part - Revolved Thin Cut Feature
				LENSCAP Part - Thread, Swept Feature and Helix/Spiral Curve
				HOUSING Part
				HOUSING Part - Lofted Boss Feature
				348)
				HOUSING Part-Second - Extruded Boss/Base Feature
				HOUSING Part - Shell Feature
				Click Isometric view -.
				HOUSING Part - Handle with Swept Feature
			I8 Ф
				HOUSING Part - First Rib and Linear Pattern Feature
				579)
				588)
				HOUSING Part - Second Rib Feature
				643)
				HOUSING Part - Mirror Feature
				654)
				Chapter Summary
				Questions
				Exercise 7.2: HOOK Part
		e й $ e
			Exercise 7.3: WEIGHT Part
			Exercise 7.4: SWEPT-CUT CASE
			Exercise 7.5: Hole Wizard, Rib and Linear Pattern Features
			Exercise 7.6: Shell feature
			Exercise 7.7: Revolved Base, Hole Wizard, and Circular Pattern features
			Exercise 7.8: Extruded Boss/Base and Revolved Boss feature
			Exercise 7.11: Water Bottle
			Exercise 7.12: Traditional Ice cream cone
		Chapters
			Assembly Modeling - Bottom up method
				Chapter 8 - Assembly Modeling - Bottom up method
				Chapter Overview
				Assembly Modeling Overview
				FLASHLIGHT Assembly
				Assembly Techniques
				Assembly Template
				26) Select the SOLIDWORKS-MODELS 2021\MY-TEMPLATES folder.
				LENSANDBULB Sub-assembly
				31) Double click ASM-IN-ANSI, [ASM-MM-ISO].
				44) Click Save All.
				54)
				71) Click Isometric view .
				BATTERYANDPLATE Sub-assembly
				CAPANDLENS Sub-assembly
				FLASHLIGHT Assembly
			ft 0 Ф [3
				Addressing Interference Issues
				Exploded View
				262) Click the Regular step (translate and rotate) button.
				Export Files and eDrawings
				Chapter Summary
				Questions
				Exercises
				Exercise 8.1: Weight-Hook Assembly
				Exercise 8.2: Weight-Link Assembly
				Exercise 8.3: Binder Clip
				Exercise 8.4: Limit Mate (Advanced Mate Type)
				Exercise 8.5: Screw Mate (Mechanical Mate Type)
				Exercise 8.6: Angle Mate
				Exercise 8.6A: Angle Mate (Cont:)
				Exercise 8.7: Symmetric Mate (Advanced Mate)
				Exercise 8.8: Gear Mate (Mechanical mate)
				Exercise 8.9: Counter Weight Assembly
				Additional Project Exercises
				Exercises
				Exercise 8.10: Butterfly Valve Assembly Project
				Exercise 8.11: Shock Assembly Project
				Exercise 8.12: Quick Acting Clamp Assembly Project
				Exercise 8.13: Drill Guide Assembly Project
				Exercise 8.14: Pulley Assembly Project
				Exercise 8.15: Welder Arm Assembly Project
				Exercise 8.16: Radial Engine Assembly
				Project
				Exercise 8.17: Bench Vice Assembly Project
				Exercise 8.18: Kant Twist Clamp Assembly Project
				Exercise 8.19: Arbor Press Assembly Project
				Exercise 8.20: Shaper tool head Assembly Project
		Chapters
			Fundamentals of Drawing
				Chapter Overview
				4) Select A (ANSI) Landscape.
				13) The Document Properties tab.
				Title Block
				A
				39)
			INTERPRET GEOMETRIC
			TOLERANCING PER Д
				42)
				43) Right-click the Note text block.
				44) Click Edit Text.
				45) Delete the line FRACTIONAL +-.
				48) Enter 0.
				Company Logo and Save Sheet Format
				64) Right-click in the Graphics window.
				67)
				68)
				70)
				73) Select Drawing Templates (*.drwdot) for Save as type.
				75) Enter A-IN-ANSI, [A-MM-ISO] for File name.
				76) Click Save.
				BATTERY Drawing
			A BATTERY
				Detail View
				Drawing View Display
				Insert Model Items and Move Dimensions
				New Assembly Drawing and Exploded View
				Bill of Materials and Balloons
				Part Numbers
				Click Options @ , Document Properties tab.
				265)
				283)
				Add a Center of Mass point
				Chapter Summary
				Questions
				Exercise 9.1: FLATBAR - 3 HOLE Drawing
				Exercise 9.2: CYLINDER Drawing
				Exercise 9.4: LINKS Assembly Drawing
				Exercise 9.6: FLAT-PLATE Drawing
		Chapter 10
			Introduction to the Certified SOLI DWORKS Associate (CSWA) Exam
				Chapter 10 - Certified SOLIDWORKS Associate (CSWA) Exam
				Chapter Objective
				Introduction
				ASSOCIATE
				Assembly Creation and Modification
				Introduction and Drafting Competencies
				Assembly Creation and Modification
				Intended Audience
				During the Exam
				Examples: Drafting Competencies
				Question 2:
				Question 3:
				Question 4:
				Question 5:
				Question 6:
				Calculate the mass:
				A = 888.48grams
				Calculate the volume:
				C = 111059.43 cubic millimeters
				Question 6A:
				X = -80.39 millimeters
				Y = -15.93 millimeters
				Z = -22.65 millimeters
				Question 6B:
				309.75 grams
				114721.22 cubic millimeters
				Examples: Advanced Part Creation and Modification
				Question 1:
				Question 2:
				Question 3:
				Question 4:
				Question 5:
				Question 6:
				Calculate the mass:
				Calculate the volume:
				A = 522989.22 cubic millimeters
				Question 6A:
				Examples: Assembly Creation and Modification
		Chapter 11
			Additive Manufacturing - 3D Printing Fundamentals
				Chapter Objective
				Additive vs. Subtractive Manufacturing
				3D modeling
				3D file export
				Fused Filament Fabrication (FFF)
				StereoLithography (SLA)
				Select the Correct Filament Material for FFF
				PLA
				PLA - Storage
				ABS
				Nylon
				STereoLithography (*.stl) file
				Save an STL (*.stl) file in SOLIDWORKS
				Additive Manufacturing (*.amf) file
				Save an Additive Manufacturing (*.amf) file in SOLIDWORKS
				3D Manufacturing Format (*.3mf) file
				Save a 3D Manufacturing Format (*.3mf) file in SOLIDWORKS
				What is a Slicer? How does a Slicer Work?
				Slicer Parameters
				Shell (Wall) Thickness
				Infill Density/Overiap
				Part Orientation
				Example 1: First Orientation - Vertical
				Non-heated Build Plate
				Heated Build Plate
				Add Pads
				Safe Zone Rule
				Level Build Platform
				In General (FFF Printers)
				SOLIDWORKS
				Summary
				Modeling - Best Practices
				Helpful On-line Infoimation
				SOLIDWORKS Document Types
				GLOSSARY
				INDEX
		Engineering Graphics with SOLIDWORKS 2021
			Description
			Table of Contents