ENGINEERING GRAPHICS WITH AUTOCAD 2020

ENGINEERING GRAPHICS WITH AUTOCAD 2020

BETHUNE, JAMES D.

104,99 €
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Editorial:
PRENTICE-HALL INTERNATIONAL
Año de edición:
2019
ISBN:
978-0-13-556217-8
Páginas:
884
104,99 €
IVA incluido
NO DISPONIBLE PREGUNTAR POR EMAIL TIEMPO
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Cover Page
Half Title Page
Title Page
Copyright Page
Preface
Brief Contents
Contents
Chapter 1 Getting Started
1-1 Introduction
1-2 Tabs and Panels
1-3 The Command Line Box
1-4 Command Tools
1-5 Starting a New Drawing
1-6 Naming a Drawing
1-7 Drawing Units
1-8 Drawing Limits
1-9 Grid and Snap
1-10 Sample Problem SP1-1
1-11 Save and Save As
1-12 Open
1-13 Close
1-14 Exercise Problems
Chapter 2 Fundamentals of 2D Construction
2-1 Introduction
2-2 Line—Random Points
2-3 Erase
2-4 Line—Snap Points
2-5 Line—Dynamic Inputs
2-6 Construction Line
2-7 Circle
2-8 Circle Centerlines
2-9 Polyline
2-10 Spline
2-11 Ellipse
2-12 Rectangle
2-13 Polygon
2-14 Point
2-15 Text
2-16 Move
2-17 Copy
2-18 Offset (See Figure 2-46.)
2-19 Mirror (See Figure 2-47.)
2-20 Array
2-21 Rotate
2-22 Trim
2-23 Extend
2-24 Break
2-25 Chamfer
2-26 Fillet
2-27 Table
2-28 Exercise Problems
Chapter 3 Advanced Commands
3-1 Introduction
3-2 Osnap
3-3 Osnap—Endpoint
3-4 Osnap—Snap From
3-5 Osnap—Midpoint
3-6 Osnap—Intersection
3-7 Osnap—Apparent Intersection
3-8 Osnap—Center
3-9 Osnap—Quadrant
3-10 Osnap—Perpendicular
3-11 Osnap—Tangent
3-12 Osnap—Nearest
3-13 Sample Problem SP3-1
3-14 Sample Problem SP3-2
3-15 Grips
3-16 Grips—Extend
3-17 Grips—Move
3-18 Grips—Rotate
3-19 Grips—Scale
3-20 Grips—Mirror
3-21 Blocks
3-22 Working with Blocks
3-23 Wblock
3-24 Layers
3-25 Attributes
3-26 Title Blocks with Attributes
3-27 Edit Polyline
3-28 Edit Spline
3-29 Edit Text
3-30 Constructing the Bisector of an Angle—Method I
3-31 Constructing the Bisector of an Angle—Method II
3-32 Constructing an Ogee Curve (S-Curve) with Equal Arcs
3-33 Constructing a Parabola
3-34 Constructing a Hyperbola
3-35 Constructing a Spiral
3-36 Constructing a Helix
3-37 Designing by Using Shape Parameters
3-38 Exercise Problems
Chapter 4 Sketching
4-1 Introduction
4-2 Establishing Your Own Style
4-3 Graph Paper
4-4 Pencils
4-5 Lines
4-6 Proportions
4-7 Curves
4-8 Sample Problem SP4-1
4-9 Isometric Sketches
4-10 Sample Problem SP4-2
4-11 Oblique Sketches
4-12 Perspective Sketches
4-13 Working in Different Orientations
4-14 Exercise Problems
Chapter 5 Orthographic Views
5-1 Introduction
5-2 Three Views of an Object
5-3 Visualization
5-4 Hidden Lines
5-5 Hidden Line Conventions
5-6 Drawing Hidden Lines
5-7 Precedence of Lines
5-8 Slanted Surfaces
5-9 Projection Between Views
5-10 Sample Problem SP5-1
5-11 Compound Lines
5-12 Sample Problem SP5-2
5-13 Oblique Surfaces
5-14 Sample Problem SP5-3
5-15 Rounded Surfaces
5-16 Sample Problem SP5-4
5-17 Holes
5-18 Holes in Slanted Surfaces
5-19 Cylinders
5-20 Sample Problem SP5-5
5-21 Cylinders with Slanted and Rounded Surfaces
5-22 Sample Problem SP5-6
5-23 Drawing Conventions and Cylinders
5-24 Irregular Surfaces
5-25 Sample Problem SP5-7
5-26 Hole Callouts
5-27 Castings
5-28 Sample Problem SP5-8
5-29 Thin-Walled Objects
5-30 Sample Problem SP5-9
5-31 Intersections
5-32 Sample Problem SP5-10
5-33 Sample Problem SP5-11
5-34 Sample Problem SP5-12
5-35 Designing by Modifying an Existing Part
5-36 Drawing Standards
5-37 Third- and First-Angle Projections
5-38 Exercise Problems
Chapter 6 Sectional Views
6-1 Introduction
6-2 Cutting Plane Lines
6-3 Section Lines
6-4 Hatch
6-5 Sample Problem SP6-1
6-6 Styles of Section Lines
6-7 Sectional View Location
6-8 Holes in Sections
6-9 Gradients
6-10 Offset Sections
6-11 Multiple Sections
6-12 Aligned Sections
6-13 Drawing Conventions in Sections
6-14 Half, Partial, and Broken-Out Sectional Views
6-15 Removed Sectional Views
6-16 Breaks
6-17 Sectional Views of Castings
6-18 Exercise Problems
Chapter 7 Auxiliary Views
7-1 Introduction
7-2 Projection Between Normal and Auxiliary Views
7-3 Sample Problem SP7-1
7-4 Transferring Lines Between Views
7-5 Sample Problem SP7-2
7-6 Projecting Rounded Surfaces
7-7 Sample Problem SP7-3
7-8 Projecting Irregular Surfaces
7-9 Sample Problem SP7-4
7-10 Sample Problem SP7-5
7-11 Partial Auxiliary Views
7-12 Sectional Auxiliary Views
7-13 Auxiliary Views of Oblique Surfaces
7-14 Secondary Auxiliary Views
7-15 Sample Problem SP7-6
7-16 Secondary Auxiliary View of an Ellipse
7-17 Exercise Problems
Chapter 8 Dimensioning
8-1 Introduction
8-2 Terminology and Conventions
8-3 Linear Dimension
8-4 Dimension Styles
8-5 Units
8-6 Aligned Dimensions
8-7 Radius and Diameter Dimensions
8-8 Angular Dimensions
8-9 Ordinate Dimensions
8-10 Baseline Dimensions
8-11 Continue Dimension
8-12 Quick Dimension
8-13 Center Mark
8-14 Mleader and Qleader
8-15 Text Angle
8-16 Tolerances
8-17 Dimensioning Holes
8-18 Placing Dimensions
8-19 Fillets and Rounds
8-20 Rounded Shapes (Internal)
8-21 Rounded Shapes (External)
8-22 Irregular Surfaces
8-23 Polar Dimensions
8-24 Chamfers
8-25 Knurling
8-26 Keys and Keyseats
8-27 Symbols and Abbreviations
8-28 Symmetry and Centerline
8-29 Dimensioning to Points
8-30 Coordinate Dimensions
8-31 Sectional Views
8-32 Orthographic Views
8-33 Very Large Radii
8-34 Exercise Problems
Chapter 9 Tolerancing
9-1 Introduction
9-2 Direct Tolerance Methods
9-3 Tolerance Expressions
9-4 Understanding Plus and Minus Tolerances
9-5 Creating Plus and Minus Tolerances with AutoCAD
9-6 Limit Tolerances
9-7 Creating Limit Tolerances by Using AutoCAD
9-8 Angular Tolerances
9-9 Standard Tolerances
9-10 Double Dimensioning
9-11 Chain Dimensions and Baseline Dimensions
9-12 Tolerance Studies
9-13 Rectangular Dimensions
9-14 Hole Locations
9-15 Choosing a Shaft for a Toleranced Hole
9-16 Sample Problem SP9-1
9-17 Sample Problem SP9-2
9-18 Standard Fits (Metric Values)
9-19 Nominal Sizes
9-20 Hole and Shaft Basis
9-21 Sample Problem SP9-3
9-22 Standard Fits (Inch Values)
9-23 Sample Problem SP9-4
9-24 Preferred and Standard Sizes
9-25 Surface Finishes
9-26 Surface Control Symbols
9-27 Design Problems
9-28 Exercise Problems
Chapter 10 Geometric Tolerances
10-1 Introduction
10-2 Tolerances of Form
10-3 Flatness
10-4 Straightness
10-5 Straightness (RFS and MMC)
10-6 Circularity
10-7 Cylindricity
10-8 Geometric Tolerances Created by Using AutoCAD
10-9 Tolerances of Orientation
10-10 Datums
10-11 Perpendicularity
10-12 Parallelism
10-13 Angularism
10-14 Profiles
10-15 Runouts
10-16 Positional Tolerances
10-17 Virtual Condition
10-18 Floating Fasteners
10-19 Sample Problem SP10-1
10-20 Sample Problem SP10-2
10-21 Fixed Fasteners
10-22 Sample Problem SP10-3
10-23 Design Problems
10-24 Exercise Problems
Chapter 11 Threads and Fasteners
11-1 Introduction
11-2 Thread Terminology
11-3 Thread Callouts (Metric Units)
11-4 Thread Callouts (English Units)
11-5 Thread Representations
11-6 Orthographic Views of Internal Threads
11-7 Sectional Views of Internal Thread Representations
11-8 Types of Threads
11-9 How to Draw an External Square Thread
11-10 How to Draw an Internal Square Thread
11-11 How to Draw an External Acme Thread
11-12 Bolts and Nuts
11-13 Screws
11-14 Studs
11-15 Head Shapes
11-16 Nuts
11-17 Sample Problem SP11-1
11-18 Sample Problem SP11-2
11-19 Standard Screws
11-20 Setscrews
11-21 Washers
11-22 Keys
11-23 Rivets
11-24 Springs
11-25 Tool Palettes
11-26 Exercise Problems
Chapter 12 Working Drawings
12-1 Introduction
12-2 Assembly Drawings
12-3 Drawing Formats (Templates)
12-4 Title Block
12-5 Revision Block
12-6 Tolerance Block
12-7 Release Block
12-8 Parts List (Bill of Materials—BOM)
12-9 Detail Drawings
12-10 First-Angle Projection
12-11 Drawing Notes
12-12 Design Layouts
12-13 Sample Problem SP12-1
12-14 Sample Problem SP12-2
12-15 Sample Problem SP12-3
12-16 Exercise Problems
Chapter 13 Gears, Bearings, and Cams
13-1 Introduction
13-2 Types of Gears
13-3 Gear Terminology—Spur
13-4 Spur Gear Drawings
13-5 Sample Problem SP13-1
13-6 Sample Problem SP13-2
13-7 Sample Problem SP13-3
13-8 Selecting Spur Gears
13-9 Center Distance Between Gears
13-10 Sample Problem SP13-4
13-11 Combining Spur Gears
13-12 Gear Terminology—Bevel
13-13 How to Draw Bevel Gears
13-14 Worm Gears
13-15 Helical Gears
13-16 Racks
13-17 Ball Bearings
13-18 Sample Problem SP13-5
13-19 Bushings
13-20 Sample Problem SP13-6
13-21 Cam Displacement Diagrams
13-22 Cam Motions
13-23 Cam Followers
13-24 Sample Problem SP13-7
13-25 Exercise Problems
Chapter 14 Fundamentals of 3D Drawing
14-1 Introduction
14-2 The World Coordinate System
14-3 Viewpoints
14-4 Perspective and Parallel Grids
14-5 3D Modeling
14-6 User Coordinate System (UCS)
14-7 Editing a Solid Model
14-8 Visual Styles
14-9 Rotating a UCS Axis
14-10 Sample Problem SP14-1
14-11 Visual Errors
14-12 Sample Problem SP14-2
14-13 Orthographic Views
14-14 Line Thickness
14-15 Using the Thickness Command to Create Objects
14-16 Exercise Problems
Chapter 15 Modeling
15-1 Introduction
15-2 Box
15-3 Sphere
15-4 Cylinder
15-5 Cone
15-6 Wedge
15-7 Torus
15-8 Extrude
15-9 Revolve
15-10 Helix
15-11 Polysolid
15-12 Loft
15-13 Intersect
15-14 Union and Subtract
15-15 Solid Modeling and UCSs
15-16 Combining Solid Objects
15-17 Intersecting Solids
15-18 Solid Models of Castings
15-19 Thread Representations in Solid Models
15-20 List
15-21 Massprop
15-22 Face and Edge Editing
15-23 Exercise Problems
Index
Chapter 16 Projects
16-1 Introduction
16-2 Project 1: Milling Vise
16-3 Project 2: Tenon Jig
Appendix
A-1 Wire and Sheet Metal Gauges
A-2 American Standard Clearance Locational Fits
A-3 American Standard Running and Sliding Fits
A-4 American Standard Transition Locational Fits
A-5 American Standard Interference Locational Fits
A-6 American Standard Force and Shrink Fits
A-7 Preferred Clearance Fits—Cylindrical Fits
A-8 Preferred Transition and Interference Fits—Cylindrical Fits
A-9 Preferred Clearance Fits—Cylindrical Fits
A-10 Preferred Transition and Interference Fits—Cylindrical Fits
A-11 American National Standard Type A Plain Washers
A-12 American National Standard Helical Spring Lock Washers
A-13 American National Standard Internal– External Tooth Lock Washers
A-14 British Standard Bright Metal Washers— Metric Series
A-15 American National Standard and Unified Standard Square Bolts
A-16 American National Standard and Unified Standard Hex Head Screws
A-17 Coarse-Thread Series, UNC, UNRC, and NC—Basic Dimensions
A-18 Fine-Thread Series, UNC, UNRC, and NC—Basic Dimensions
A-19 American National Standard General-Purpose Acme Screw Thread Form—Basic Dimensions
A-20 60° Stub Threads
A-21 American National Standard Slotted 100° Flat Countersunk Head Machine Screws
A-22 American National Standard Slotted Truss Head Machine Screws
A-23 American National Standard Plain and Slotted Hexagon Head Machine Screws
A-24 Slotted Round Head Machine Screws
A-25 American National Standard Square Head Setscrews
A-26 American National Standard Square Head Setscrews
A-27 American National Standard Slotted Headless Setscrews
A-28 Lengths for Threaded Fasteners
A-29 Lengths for Metric Threaded Fasteners
A-30 American National Standard Square and Hexagon Machine Screw Nuts
A-31 Standard Twist Drill Sizes (Inches)
A-32 Standard Twist Drill Sizes (Millimeters)
A-33 Metric Threads—Preferred Sizes
A-34 Standard Thread Sizes—Inches
A-35 Thread Lengths
A-36 Fasteners—Standard Lengths
A-37 American National Standard Plain Washers
A-38 Flat Washers—Metric Sizes
Code Snippets

In Engineering Graphics with AutoCAD 2020, award-winning CAD instructor and author James Bethune teaches technical drawing using AutoCAD 2020 as its drawing instrument. Taking a step-by-step approach, this textbook encourages students to work at their own pace and uses sample problems and illustrations to guide them through the powerful features of this drawing program. More than 680 exercise problems provide instructors with a variety of assignment material and students with an opportunity to develop their creativity and problem-solving capabilities. Effective pedagogy throughout the text helps students learn and retain concepts: Step-by-step format throughout the text allows students to work directly from the text to the screen and provides an excellent reference during and after the course. Latest coverage is provided for dynamic blocks, user interface improvements, and productivity enhancements. Exercises, sample problems, and projects appear in each chapter, providing examples of software capabilities and giving students an opportunity to apply their own knowledge to realistic design situations. ANSI standards are discussed when appropriate, introducing students to the appropriate techniques and national standards. Illustrations and sample problems are provided in every chapter, supporting the step-by-step approach by illustrating how to use AutoCAD 2020 and its features to solve various design problems. Engineering Graphics with AutoCAD 2020 will be a valuable resource for every student wanting to learn to create engineering drawings.

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