Interpreting Engineering Drawings by Cecil H. JensenInterpreting Engineering Drawings by Cecil H. Jensen

Interpreting Engineering Drawings

byCecil H. Jensen, Jay D. Helsel, Ed Espin

Paperback | October 7, 2014

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Interpreting Engineering Drawings is the only blueprint reading text designed to providecustomized drawing interpretation courses for each and every student. The seventh Canadian edition builds on the success of the previous editions in preparing students for careers in today's technology-intensive industries. Now, more than ever, people entering industry and those in industry who seek to upgrade their knowledge and skills require educational materials that reflect the current state of technology. This trend makes this up-to-date text a valuable asset for training personnel to participate and compete in today's global marketplace.
Cecil H. Jensen took an early retirement from teaching to devote his full time to technical writing. He held the position of Technical Director at the McLaughlin Collegiate and Vocational Institute, Oshawa, Ontario, Canada, and has more than twenty-seven years of teaching experience in mechanical drafting. He was an active member of th...
Title:Interpreting Engineering DrawingsFormat:PaperbackDimensions:512 pages, 10.88 × 8.38 × 0.75 inPublished:October 7, 2014Publisher:Nelson College IndigenousLanguage:English

The following ISBNs are associated with this title:

ISBN - 10:0176531513

ISBN - 13:9780176531515

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Table of Contents

Part One: Basic Mechanical DraftingUnit 1: Bases for interpreting drawings; Line styles and Lettering; SketchingUnit 2: Lines used to describe the shape of a part; Title blocks and title strips; Drawing to scaleUnit 3: Circular features; Centre lines; Sketching circles and arcsUnit 4: Working drawings; Arrangement of Views; Third-Angle ProjectionsUnit 5: DimensioningUnit 6: Inclined surfaces; Measurement of angles; Symmetrical outlines; Machine slotsUnit 7: Machining SymbolsUnit 8: Sectional ViewsUnit 9: Chamfers; Undercuts; Tapers; Knurls Unit 10: Selection of views; One-and two-view drawings; Multiple-detail drawings; Functional drafting Unit 11: Alignment of parts and holes; Partial views; Naming of views for spark adjuster; Drill sizesUnit 12: Broken out and partial sections; Webs in section; Ribs in section; Spokes in sectionUnit 13: Revolved and removed sections Unit 14: Assembly drawings; Subassembly drawings; Identifying parts of an assembly drawing; Bill of material (BOM); Helical springUnit 15: Oblique surfaces Unit 16:Primary auxiliary views Unit 17: Secondary auxiliary views Unit 18:Arrangement of viewsPart Two: Mechanical Drafting ApplicationsUnit 19: Tolerances and allowances; Tolerancing methodsUnit 20: Inch Fits; Description of fits; Standard Inch fitsUnit 21: Metric fitsUnit 22: Surface TextureUnit 23: Threaded fasteners; Threaded assemblies; Threaded holes; Inch thread designation; Right- and Left-handed threads; Metric threads; Metric threads designationUnit 24: Pin fasteners; Section Through shafts, pins and keysUnit 25: Keys; Dimensioning of keyways and keyseats; Set screws; Flats; Bosses and pads; Dimension origin symbol; Rectangular Coordinate dimensioning without dimension lines; Rectangular Coordinate dimensioning in tabular formUnit 26: Welding drawings; Welding symbols; Fillet weldsUnit 27: Groove welds; Supplementary SymbolsUnit 28: Structural steel shapes; Phantom outlines; Conical WasherUnit 29: Gears; Spur Gears Unit 30: Bevel GearsUnit 31: Gear trainsUnit 32: Cams; Types of cams Unit 33: Ratchet WheelsUnit 34: Bearings; Plain BearingsUnit 35: Antifriction bearings; Retaining Rings; O-ring seals; Clutches; Belt drivesUnit 36: Manufacturing Materials; Cast Irons; Steel; SAE and AISI systems of steel Identification; Structural steel; Plastics; Rubber Unit 37: Casting processes; Casting design; Core castings; Machining lugs; Surfaces coatings Unit 38: Development drawings; Joints, seams, and edges; Sheet metal sizes; Straight line development; Stampings Unit 39: Piping; Piping drawing symbols Unit 40: Chain dimensioning; Base line (Datum) DimensioningPart Three: Modern Engineering TolerancingUnit 41: Modern Engineering Tolerancing; Geometric Tolerancint; Feature Control Frame; Form Tolerances; Straightness; Straightness Controlling Surface ElementsUnit 42: Straightness of a Feature of Size; Feature of Size Definitions; Material Condition Symbols; Maximum Material Conditions; Regardless of Feature Size; Least Material Condition; Straightness of a Feature of SizeUnit 43: Form Tolerances; Flatness; Circularity; CylindricityUnit 44: Datums and the Three-Plane Concept; Datums for Geometric Tolerancing; Three-Plan System; Uneven Surfaces; Datum Feature Symbol Unit 45: Orientation Tolerances; Orientation Tolerancing for Flat SurfacesUnit 46: Orientation Tolerancing for Features of Size; Internal Cylindrical Features; Perpendicularity; External Cylindrical Features Unit 47: Datum Targets; Datum-Target SymbolUnit 48: Tolerancing of Features by Position; Tolerancing Methods; Coordinating Tolerancing; Positional Tolerancing; Materian Condition Basis; Positional Tolerancing for Circular FeaturesUnit 49: Selection of Datum Features for Positional Tolerancing; Long Holes; Circular Datums; Multiple Hole DatumsUnit 50: Profile Tolerances; Profile of a Line; Surface Profile Unit 51: Runout Tolerances; Circular Runout; Total Runout; Establishing DatumsUnit 52: D