Fundamentals of graphics communication / Gary R. Bertoline and Eric N. Wiebe
By: Bertoline, Gary R [author]
Language: English Series: McGraw-Hill graphics seriesPublisher: Boston : McGraw-Hill Eduation, 2005Edition: Fourth editionDescription: xv., 877 pages : illustrations ; 28 cmContent type: text Media type: unmediated Carrier type: volumeISBN: 0072864583; 9780071112284; 9780072973136Subject(s): Mechanical drawingDDC classification: 604.2| Item type | Current location | Home library | Call number | Status | Date due | Barcode | Item holds |
|---|---|---|---|---|---|---|---|
BOOK
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COLLEGE LIBRARY | COLLEGE LIBRARY SUBJECT REFERENCE | 604.2 B462 2005 (Browse shelf) | Available | CITU-CL-34254 | ||
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BOOK
|
COLLEGE LIBRARY | COLLEGE LIBRARY SUBJECT REFERENCE | 604.2 B462 2005 (Browse shelf) | Available | CITU-CL-32260 |
section 1 Basics --
Graphic communication --
Drawings described --
Types of drawings --
Types of technical drawings --
Purpose of technical drawings --
Applications of technical drawings --
Regulation of technical drawings --
What students of technical drawing, drafting, and CAD should learn --
Technical drawing and quality/competitiveness --
Summary --
Review questions --
Introduction problems --
ch. 1 Employability Skills for Drafting and Design Technicians --
Employability skills defined --
Importance of employability skills --
Employability skills needed by drafting and design technicians --
Job-seeking skills --
Summary --
Review questions --
ch. 2 Drafting Tools: Conventional, CAD, and Solid Modeling --
Note to instructors and students --
Conventional drafting tools --
Triangular scales --
Miscellaneous conventional tools --
Paper sizes --
Whiteprinter --
Computer-Aided drafting (CAD) --
CAD software --
Solid modeling --
Summary --
Contents note continued: Review questions --
Chapter 2 problems --
ch. 3 Sketching and Lettering for Engineering Communication --
Note to instructors and students --
Talking sketching --
Freehand lettering --
Freehand lettering techniques --
Line work --
Sketching --
Types of sketches --
Sketching materials --
Sketching techniques --
Summary --
Review questions --
Chapter 3 problems --
ch. 4 Geometric Construction --
Geometric nomenclature --
Prism --
Pyramid and cone --
Sphere --
Elemental construction principles --
Polygon construction --
Circular construction --
Supplementary construction --
Summary --
Review questions --
Chapter 4 problems --
CAD instructions --
section 2 Technical Drawing Fundamentals --
ch. 5 Spatial Visualization and Multiview Drawings --
Spatial visualization --
Orthographic projection --
Planning the drawing --
Sketching procedure --
Centering the drawing --
Technical drawing conventions --
Visualization --
First-angle projection --
Summary --
Contents note continued: Review questions --
Chapter 5 problems --
CAD instructions --
ch. 6 Dimensioning and Notation --
Dimensioning systems --
Dimension components --
Laying out dimensions --
Steps in dimensioning --
Specific dimensioning techniques --
Summary of dimensioning rules --
Notation --
Rules for applying notes on drawings --
Summary --
Review questions --
Chapter 6 problems --
CAD instructions --
ch. 7 Sectional Views --
Sectional views --
Cutting-plane line --
Direction of sight --
Section lining --
Multisection views --
Kinds of sections --
Sections through ribs or webs --
Holes, ribs and webs, spokes and keyways --
Aligned sections --
Fasteners and shafts in section --
Intersections in section --
Summary --
Review questions --
Chapter 7 problems --
CAD instructions --
ch. 8 Auxiliary Views --
Auxiliary views defined --
Secondary auxiliary views --
Partial views --
Auxiliary section --
Half auxiliary views --
Contents note continued: Oblique surfaces, viewing planes, and auxiliary view enlargements --
Summary --
Review questions --
Chapter 8 problems --
CAD instructions --
ch. 9 Descriptive Geometry --
Descriptive geometry projection --
Steps used in descriptive geometry projection --
Notations --
Fold lines --
Bearings, slope, and grade --
Applied descriptive geometry --
Topographic topics --
Vectors --
Summary --
Review questions --
Chapter 9 problems --
CAD instructions --
ch. 10 Patterns and Developments --
Developments --
Parallel line development --
Radial line development --
Triangulation development --
True-length diagrams --
Notches --
Bends --
Summary --
Review questions --
Chapter 10 problems --
CAD instructions --
ch. 11 Solid/3D Modeling: Computational Design and Analysis --
Factors in using visualization --
Understanding data --
Modeling techniques --
Types of visualization images --
Engineering visualization applications --
Case study --
Summary --
Review questions --
Contents note continued: section 3 Design Drafting Applications --
ch. 12 Geometric Dimensioning and Tolerancing --
Summary of geometric dimensioning and tolerancing terms --
Geometric dimensioning and tolerancing defined --
Modifiers --
Feature control symbol --
True position --
Circularity (roundness) --
Cylindricity --
Angularity --
Parallelism --
Perpendicularity --
Profile --
Runout --
Concentricity --
Summary --
Review questions --
Chapter 12 problems --
CAD instructions --
ch. 13 Fasteners --
Classifications of fasteners --
Threads --
Screw thread forms --
Tap and die --
Threads per inch (TPI) --
Pitch --
Single and multiple threads --
Right-hand and left-hand threads --
Thread relief (undercut) --
Screw, bolt, and stud --
Cap screws --
Rivets --
Keys and keyseats --
Grooved fasteners --
Spring pins --
Fastening systems --
Retaining rings --
Summary --
Review questions --
Chapter 13 problems --
CAD instructions --
ch. 14 Springs --
Spring classification --
Contents note continued: Helical springs --
Flat springs --
Terminology of springs --
Required spring data --
Other spring design layout --
Standard drafting practices --
Section view of a spring --
Summary --
Review questions --
Chapter 14 problems --
CAD instructions --
ch. 15 Cams --
Cam principle --
Basic types of followers --
Cam mechanism --
Cam terms --
Cam motion --
Laying out the cam from the displacement diagram --
Timing diagram --
Dimensioning a cam --
Summary --
Review questions --
Chapter 15 problems --
CAD instructions --
ch. 16 Gears --
Kinds of gears --
Gear ratio --
The involute curve --
Pitch diameter and basic terminology --
Pitch diameter (D) --
Diametral pitch (P) --
Gear blank --
Pressure angle, base circle, and center-to-center distance --
Rack --
Gear train --
Required tooth-cutting data --
Measurements required to use a gear tooth caliper --
Bevel gear --
Worm and worm gear --
Materials --
Design and layout of gears --
Summary --
Review questions --
Contents note continued: Chapter 16 problems --
CAD instructions --
ch. 17 Assembly and Detail Drawings for Design --
Technical drawings and the engineering department --
The engineering department --
Systems company --
Design section --
Working drawings: detail and assembly --
Title block --
Numbering system --
Drawing revisions: ECRs and ECOs --
Application engineering --
Quotation department --
Mass production company --
Design for manufacturability (DFM) --
DFM guidelines --
Design for assembly (DFA) --
DFA guidelines --
Personal technical file --
Invention agreement --
Patent drawings --
Summary --
Review questions --
Chapter 17 problems --
CAD instructions --
ch. 18 Pictorial Drawings --
Purpose of pictorial drawings --
Oblique drawings --
Isometric drawings --
Axonometric: drawing and projection --
Other oblique drawings --
Perspective drawings --
Perspective view --
Summary --
Review questions --
Chapter 18 problems --
CAD instructions --
Contents note continued: section 4 Related Technologies, Applications, and Processes --
ch. 19 Welding --
Welding processes --
Basic welding symbol --
Size of weld --
Length of weld --
Placement of weld --
Intermittent welds --
Process reference --
Contour symbol --
Field welds --
Welding joints --
Types of welds --
Multiple reference line --
Spot weld --
Projection weld --
Seam weld --
Welding template --
Design of weldments --
Summary --
Review questions --
Chapter 19 problems --
CAD instructions --
ch. 20 Modern Manufacturing: Materials, Processes, and Automation --
Engineering materials --
Traditional manufacturing processes --
Casting --
Forging --
Extruding --
Stamping --
Machining --
Special workholding devices --
Heat treatment of steels --
Nontraditional machining processes --
Automation and integration (CAM and CIM/FMS) --
Computer-aided manufacturing (CAM) --
Industrial robots --
CIM/FMS --
Just-in-time manufacturing (JIT) --
Manufacturing resource planning (MRPII) --
Contents note continued: Statistical process control (SPC) --
Summary --
Review questions --
ch. 21 The Design Process and Advanced Concepts --
Time --
Learning the design process --
The design process: phases and steps --
Design projects: routine and non-routine --
Modern design practices and standards --
Summary --
Review questions --
Chapter 21 problems --
CAD instructions.
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