Engineering Graphics with SOLIDWORKS 2021

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
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	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