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Engineering Graphics with SOLIDWORKS 2022: A Step-by-Step Project Based Approach [Mīkstie vāki]

  • Formāts: Paperback / softback, 588 pages, height x width: 280x210 mm, weight: 1340 g
  • Izdošanas datums: 21-Apr-2022
  • Izdevniecība: SDC Publications
  • ISBN-10: 163057466X
  • ISBN-13: 9781630574666
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Engineering Graphics with SOLIDWORKS 2022: A Step-by-Step Project Based ApproachPalielināt
  • Formāts: Paperback / softback, 588 pages, height x width: 280x210 mm, weight: 1340 g
  • Izdošanas datums: 21-Apr-2022
  • Izdevniecība: SDC Publications
  • ISBN-10: 163057466X
  • ISBN-13: 9781630574666
Citas grāmatas par šo tēmu:
Permanent link: https://www.kriso.lv/db/9781630574666.html
Keywords:

Engineering Graphics with SOLIDWORKS 2022 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.

Introduction 1(1)
About the Author
2(1)
Dedication
3(1)
Contact the Author
4(1)
Note to Instructors
4(1)
Trademarks, Disclaimer and Copyrighted Material
4(1)
References
5(1)
Table of Contents
6(10)
Overview of
Chapters
16(6)
Chapter 1 History of Engineering Graphics
16(1)
Chapter 2 Isometric Projection and Multi View Drawings
16(1)
Chapter 3 Dimensioning Practices, Scales, Tolerancing and Fasteners
17(1)
Chapter 4 Overview of SOLIDWORKS and the User Interface
18(1)
Chapter 5 Introduction to SOLIDWORKS Part Modeling
18(1)
Chapter 6 Revolved Boss/Base Features
19(1)
Chapter 7 Swept, Lofted, Rib, Mirror and Additional Features
19(1)
Chapter 8 Assembly Fundamentals - Bottom-up method
19(1)
Chapter 9 Fundamentals of Drawing
20(1)
Chapter 10 Introduction to the (CSWA) Exam
20(1)
Chapter 11 Additive Manufacturing - 3D Printing
21(1)
About the Book
22(1)
Windows Terminology in SOLIDWORKS
23
Chapter 1 History of Engineering Graphics
1(1)
Chapter Overview
3(1)
History of Engineering Graphics
3(3)
Global and Local Coordinate System
6(1)
2-Dimensional Cartesian Coordinate System
7(1)
3-Dimensional Cartesian Coordinate System
8(2)
Absolute Coordinates
10(1)
Relative Coordinates
10(1)
Polar Coordinates
11(1)
Cylindrical and Spherical Coordinates
11(1)
Freehand Sketching
12(1)
General Sketching Techniques
13(1)
Geometric Entities
14(1)
Points
14(1)
Lines
14(1)
Planes
15(1)
Circles
15(1)
Arcs
16(1)
Solid Primitives
16(1)
Alphabet of Lines
17(1)
Visible lines
17(1)
Hidden lines
17(1)
Dimension lines
18(1)
Extension lines
18(1)
Leader lines
19(1)
Break lines
20(1)
Centerlines
20(1)
Phantom lines
21(1)
Section lines
21(1)
Cutting Plane lines
22(1)
Precedence of Line Types
23(2)
Alphabet of Lines Exercises
25(2)
Projections in General
27(2)
Projection Types
29(1)
Parallel Projection
29(1)
Perspective Projection
29(1)
Orthographic Projection
29(1)
Oblique Projection
29(1)
Multi-view Projection
30(1)
Orient and Select the Front View
30(1)
Orthographic Projection (Third Angle)
31(1)
Glass Box and Six Principle Orthographic Views
32(3)
Height, Width and Depth Dimensions
35(1)
Transferring Dimensions
35(1)
Sheet Media
36(1)
ANSI Standard Sheet Sizes
36(1)
Orthographic Projection Exercises
37(5)
Planes (Normal, Inclined and Oblique)
42(1)
Plane Exercises
43(6)
Chapter Summary
49(2)
Questions/Exercises
51
Chapter 2 Isometric Projection and Multi View Drawings
1(1)
Chapter Overview
3(1)
Isometric Projections
3(2)
Isometric Sketching
5(2)
Circles Drawn in Axonometric View
7(2)
Additional Projections
9(1)
Oblique Projection
9(4)
Arrangement of Views
13(1)
Two View Drawing
14(2)
One View Drawing
16(3)
Drawing - Exercises
19(2)
Drawing Views - Advanced
21(1)
Section View
21(2)
Detail View
23(1)
Broken out View
24(1)
Break or Broken View
25(1)
Crop View
26(1)
Auxiliary View
27(1)
Exercises
27(1)
History of Computer Aided Design (CAD)
28(1)
Boolean Operations
29(2)
What is SOLID WORKS?
31(2)
Design Intent
33(1)
Design Intent in a Sketch
33(1)
Design Intent in a Feature
34(1)
Design Intent in a Part
34(1)
Design Intent in an Assembly
35(1)
Design Intent in a Drawing
35(1)
Chapter Summary
36(1)
Questions/Exercises
37
Chapter 3 Dimensioning Practices, Scales, Tolerancing and Fasteners
1(1)
Chapter Overview
3(1)
American National Standards Institute (ANSI)
3(1)
Dimensioning
4(1)
Location Dimension
4(1)
Size Dimension
4(1)
Measurement - units
5(1)
Metric/SI
5(1)
English
5(1)
Dual Dimensioning
6(1)
Scale
7(1)
Architect's Scale
7(1)
Engineer's Scale
7(1)
Linear Encoder
7(1)
Linear Scale
7(1)
Vernier Scale
7(1)
Standards for Dimensioning
8(1)
Linear Dimension
8(1)
Stagger Dimension
8(1)
Aligned Dimension
9(1)
Angular Dimension
9(1)
Chamfer Dimension
10(1)
Slot Dimension
10(1)
Radius Dimension (Leader line)
11(1)
Simple Hole Dimension (Leader line)
12(1)
Fastener Hole Dimension (Annotations)
13(1)
Cylindrical Dimension
13(2)
Equally Spaced Hole Dimension
15(1)
Hole Dimension Location
15(1)
Point/Center of a Circle Dimension
16(1)
Arc Dimension
16(1)
Order of Preference - Linear Dimension Line
17(1)
Precision
17(1)
Size Dimension
18(1)
Continuous Dimensions
19(1)
Principles of good Dimensioning
20(6)
Precision and Tolerance
26(1)
Tolerance for a Drawing
27(1)
General Tolerance - Title Block
27(1)
Local Tolerance - Dimension
28(1)
Limit Tolerance
28(1)
Unilateral Tolerance
29(1)
Bilateral Tolerance
29(1)
Formatting Inch Tolerances
29(1)
Metric Dimension Specifications
30(1)
Tolerance Parts and Important Terms
30(2)
Fit - Hole Tolerance
32(1)
Fit Types between Mating Parts
32(1)
Clearance Fit
33(1)
Interference Fit
33(1)
Transition Fit
33(1)
Fasteners in General
34(3)
Representing External (Male) Threads
37(1)
Cutting External (Male) Threads
38(1)
Die
38(1)
Lathe
38(1)
Representing Internal (Female) Threads
39(1)
Cutting Internal (Female) Threads
39(1)
Taper
40(1)
Plug
40(1)
Bottoming
40(1)
American National Standard and Unified Screw Threads
41(1)
Single vs. Double or Triple Threads
41(1)
Pitch and Major Diameter
42(1)
Thread Class of Fit
42(1)
Class 1
42(1)
Class 2
42(1)
Class 3
42(1)
General Thread Notes
43(1)
Dimensioning a CounterBore Hole
44(1)
Dimensioning a CounterSunk Hole
44(1)
Chapter Summary
45(1)
Questions/Exercises
46
Chapter 4 Overview of SOLIDWORKS and the User Interface
1(1)
Chapter Objective
3(1)
What is SOLIDWORKS?
3(1)
Basic concepts in SOLIDWORKS
3(1)
Start a SOLIDWORKS Session
4(1)
Tutorial: Start a SOLID WORKS Session
4(1)
Welcome dialog box
4(1)
Home Tab
5(1)
Recent Tab
5(1)
Learn Tab
5(1)
Alerts Tab
6(1)
SOLIDWORKS User Interface (UI) and CommandManager
7(1)
Menu Bar toolbar
7(1)
Menu Bar menu (No model open)
8(1)
Menu Bar menu (Model open)
8(1)
Drop-down menu (Open part document)
8(1)
Create a New Part Document
9(1)
Novice Mode
10(1)
Advanced Mode
10(1)
Graphic Window (Default)
11(1)
View Default Sketch Planes
12(1)
Open a Part
12(1)
Part FeatureManager
13(1)
FeatureManager Rollback Bar
13(2)
Heads-up View toolbar
15(1)
Dynamic Annotation Views
15(1)
Zoom to Fit
15(1)
Zoom to Area
15(1)
Window-Select
15(1)
Rotate
15(1)
Front View
16(1)
Right View
16(1)
Top View
16(1)
Trimetric view
16(1)
SOLID WORKS Help
16(1)
SOLIDWORKS Tutorials
17(1)
User Interface Tools
17(1)
Right-click
18(1)
Consolidated toolbar
18(1)
System feedback icons
18(1)
Confirmation Corner
19(1)
Heads-up View toolbar
19(3)
CommandManager (Default Part tab)
22(1)
CommandManager (Default Drawing tab)
23(1)
CommandManager (Default Assembly tab)
24(1)
CommandManager (Float/Fit)
25(1)
Collapse the CommandManager
25(1)
FeatureManager Design Tree
26(1)
FeatureManager design tree tab
26(1)
PropertyManager tab
26(1)
Configuration Manager tab
26(1)
DimXpertManager tab
26(1)
DisplayManager tab
26(1)
CAM tab
26(1)
Hide/Show tab
26(1)
Sensors tool
26(1)
Tags
27(1)
Split
27(1)
Fly-out FeatureManager
28(1)
Task Pane
29(1)
3D experience Marketplace
29(1)
SOLIDWORKS Resources
30(1)
Design Library
30(1)
File Explorer
31(1)
Search
31(1)
View Palette
31(1)
Appearances, Scenes and Decals
31(1)
Custom Properties
32(1)
SOLIDWORKS Forum
32(1)
Motion Study tab
32(2)
3D Views tab
34(1)
Dynamic Reference Visualization
34(1)
Mouse Movements
35(1)
Single-Click
35(1)
Double-Click
35(1)
Right-Click
35(1)
Scroll Wheel
35(1)
Summary
36
Chapter 5 Introduction to SOLIDWORKS Part Modeling
1(1)
Chapter Overview
3(1)
File Management
4(1)
Start a SOLIDWORKS Session and Open a New Part Document
5(1)
Part Template
5(6)
BATTERY Part
11(2)
BATTERY Part-Extruded Boss/Base Feature
13(4)
BATTERY Part-Fillet Feature Edge
17(2)
BATTERY Part-Extruded Cut Feature
19(2)
BATTERY Part-Second Fillet Feature
21(1)
BATTERY Part Extruded-Boss/Base Feature
22(6)
BATTERYPLATE Part
28(1)
Save As, Delete, Edit Feature and Modify
29(2)
BATTERYPLATE Part-Extruded Boss Feature
31(1)
BATTERYPLATE Part-Fillet Features: Full Round and Multiple Radius Options
32(3)
Multi-body Parts and Extruded Boss/Base Feature
35(1)
Chapter Summary
36(2)
Questions/Exercises
38
Chapter 6 Revolved Boss/Base Features
1(1)
Chapter Overview
3(1)
LENS Part
4(1)
LENS Part Revolved Boss/Base Feature
5(3)
LENS Part-Shell Feature
8(1)
LENS Part-Extruded Boss/Base Feature and Convert Entities Sketch tool
9(1)
LENS Part-Hole Wizard Feature
10(2)
LENS Part-Revolved Boss Thin Feature
12(2)
LENS Part-Extruded Boss/Base Feature and Offset Entities
14(2)
LENS Part-Extruded Boss Feature and Transparency
16(1)
LENS Part-Transparent Optical Property
16(2)
BULB Part
18(1)
BULB Part-Revolved Base Feature
19(2)
BULB Part-Revolved Boss Feature and Spline Sketch tool
21(2)
BULB Part-Revolved Cut Thin Feature
23(2)
BULB Part-Dome Feature
25(1)
BULB Part-Circular Pattern Feature
26(1)
BULB Part-Seed Cut Feature
26(2)
BULB Part-Extruded Cut Feature
28(1)
BULB Part-Circular Pattern Feature
29(1)
Customizing Toolbars and Short Cut Keys
30(2)
Chapter Summary
32(1)
Questions/Exercises
33
Chapter 7 Swept, Lofted, Rib, Mirror and Additional Features
1(1)
Chapter Overview
3(1)
O-RING Part-Swept Base Feature
4(3)
SWITCH Part-Lofted Base Feature
7(5)
SWITCH Part-Dome Feature
12(2)
Four Major Categories of Solid Features
14(1)
LENSCAP Part
14(1)
LENSCAP Part-Extruded Boss/Base, Extruded Cut and Shell Features
15(3)
LENSCAP Part-Revolved Thin Cut Feature
18(1)
LENSCAP Part-Thread, Swept Feature and Helix/Spiral Curve
19(6)
HOUSING Part
25(2)
HOUSING Part-Extruded Base Feature
27(1)
HOUSING Part-Lofted Boss Feature
28(4)
HOUSING Part-Second Extruded Boss/Base Feature
32(1)
HOUSING Part-Shell Feature
33(1)
HOUSING Part-Third Extruded Boss/Base Feature
34(1)
HOUSING Part-Draft Feature
35(2)
HOUSING Part-Threads and Swept Feature
37(5)
HOUSING Part-Handle with Swept Feature
42(5)
HOUSING Part-Extruded Cut Feature with Up To Surface Option
47(2)
HOUSING Part-First Rib and Linear Pattern Feature
49(3)
HOUSING Part-Second Rib Feature
52(3)
HOUSING Part-Mirror Feature
55(3)
Chapter Summary
58(2)
Questions/Exercises
60
Chapter 8 Assembly Modeling - Bottom up method
1(1)
Chapter Overview
3(1)
Assembly Modeling Overview
4(2)
FLASHLIGHT Assembly
6(1)
Assembly Techniques
7(1)
Assembly Template
8(1)
Assembly Templates-ASM-IN-ANSI
8(1)
Assembly Templates-ASM-MM-ISO
9(1)
LENSANDBULB Sub-assembly
10(4)
BATTERYANDPLATE Sub-assembly
14(2)
CAPANDLENS Sub-assembly
16(4)
FLASHLIGHT Assembly
20(6)
FLASHLIGHT Assembly-Addressing Interference Issues
26(1)
FLASHLIGHT Assembly-Exploded View
27(3)
FLASHLIGHT Assembly-Export Files and eDrawings
30(3)
Chapter Summary
33(1)
Questions/Exercises
34
Chapter 9 Fundamentals of Drawing
1(1)
Chapter Overview
3(1)
New Drawing and the Drawing Template
4(3)
Title Block
7(4)
Company Logo and Save Sheet Format
11(4)
BATTERY Drawing
15(1)
BATTERY Drawing - Insert a View
16(3)
BATTERY Drawing - Detail View
19(1)
BATTERY Drawing - View Display
20(1)
BATTERY Drawing - Insert Model Items and Move Dimensions
21(2)
BATTERY Drawing - Insert a Note
23(2)
New Assembly Drawing and Exploded View
25(2)
FLASHLIGHT Drawing - Bill of Materials and Balloons
27(2)
Part Numbers
29(1)
FLASHLIGHT Drawing - ConfigurationManager
30(1)
FLASHLIGHT Drawing - Update the Bill of Materials
30(2)
Design Tables and O-RING Design-Table Drawing
32(2)
O-RING Drawing
34(1)
O-RTNG Drawing - Design Table
34(2)
Add a Center of Mass point
36(1)
Chapter Summary
37(1)
Questions/Exercises
38
Chapter 10 Introduction to the Certified Associated - Mechanical Design Exam
1(1)
Chapter Objective
3(1)
Introduction
3(1)
Part 1 Of the Exam
4(1)
Basic Part Creation and Modification, Intermediate Part Creation and Modification
4(2)
Assembly Creation and Modification
6(1)
Part 2 Of the Exam
7(1)
Introduction and Drafting Competencies
7(1)
Advanced Part Creating and Modification
8(2)
Assembly Creation and Modification
10(1)
Intended Audience
11(1)
During the Exam
12(1)
Drafting Competencies
13(1)
Example 1
13(1)
Example 2
13(1)
Example 3
14(1)
Example 4
14(1)
Example 5
14(1)
Example 6
14(1)
Basic Part Creation and Modification, Intermediate Part Creation and Modification
15(1)
Example 1
16(1)
Example 2
17(1)
Example 3
18(1)
Example 4
19(1)
Example 5
20(1)
Example 6
21(2)
Example 6A
23(1)
Example 6B
23(1)
Advanced Part Creation and Modification
24(1)
Example 1
24(2)
Example 2
26(1)
Example 3
27(1)
Example 4
28(1)
Example 5
29(2)
Example 6
31(1)
Example 6A
32(1)
Assembly Creation and Modification
33(1)
Example 1
34
Chapter 11 Additive Manufacturing - 3D Printing
1(1)
Chapter Objective
3(1)
Additive vs. Subtractive Manufacturing
4(1)
3D Printer Technology
5(1)
Stages of 3D Printing
5(1)
Fused Filament Fabrication (FFF)
6(3)
StereoLithography (SLA)
9(2)
Selective Laser Sintering (SLS)
11(1)
Select the Correct Filament Material for FFF
12(1)
PLA (Polylactic Acid)
13(1)
Flex/Soft PLA
13(1)
PLA Storage
14(1)
PLA Part Accuracy
14(1)
ABS (Aerylonitrile-Butadiene - Styrene)
14(1)
ABS Storage
15(1)
ABS Part Accuracy
15(1)
Nylon
16(1)
Nylon 618
16(1)
Nylon 645
16(1)
Nylon Storage
17(1)
Nylon Accuracy
17(1)
PVA (Polyvinyl Alcohol)
17(1)
STereoLithography (*.stl) file
18(1)
Save an STL (*stl) file
18(1)
Additive Manufacturing (*amf) file
19(1)
Save an Additive Manufacturing (*amf) file
19(1)
3D Manufacturing Format (*.3mf) file
20(1)
Save a 3D Manufacturing Format (*.3mf) file
20(1)
What is a Sheer?
21(1)
How does a Sheer Work?
21(1)
Sheer Parameters
21(1)
Layer Height
21(1)
Shell (Wall) Thickness
22(1)
Infill Density/Overlap
22(1)
Infill Patterns
22(1)
Print Speed
23(1)
Support Types
23(1)
Touching Buildplate
23(1)
Everywhere
24(1)
Bed Platform Adhesion
24(1)
Raft
24(1)
Skirt
24(1)
Brim
24(1)
Part Orientation
25(1)
Example 1
25(1)
Example 2
26(1)
Optimize Print Direction
26(1)
Thin Region
26(1)
Area of Overhang
26(1)
Amount of needed Support
26(2)
Remove Model from the Build Plate
28(1)
Non-heated Build Plate
28(1)
Heated Build Plate
28(1)
Know the Printer's Limitations
29(1)
Tolerance for Interlocking Parts
29(1)
General Printing Tips
29(1)
Reduce Infill/Overlap
29(1)
Control Build Area Temperature
30(1)
Add Pads
31(1)
Safe Zone Rule
31(1)
First Layer Not Sticking
31(1)
Level Build Platform
32(1)
Minimize Internal Support
32(1)
Design a Water Tight Mesh
32(1)
Clearance
32(1)
In General
33(1)
Print Directly from SOLIDWORKS 11
34(1)
Add-in
34(1)
SOLIDWORKS Additive Manufacturing Certification (CSWA-AM)
35(1)
Summary
36
Appendix
Solidworks Keyboard Shortcuts
1(2)
Modeling - Best Practices
3(2)
Helpful On-Line Information
5(3)
Solidworks Document Types
8
Glossary 1(1)
Index 1