Fundamentals of graphics communication /
Gary R. Bertoline and Eric N. Wiebe
- Fourth edition
- Boston McGraw-Hill Higher Education
- xv., 877 pages : illustrations ; 28 cm.
- McGraw-Hill graphics series .
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.