Table of Contents

• A. PREFACE
• 1. MATHEMATICS FOR MACHINISTS AND METALWORKERS
• 2. MENSURATION OF PLANE AND SOLID FIGURES
• 3. LAYOUT PROCEDURES FOR GEOMETRIC FIGURES
• 4. MEASUREMENT AND CALCULATION PROCEDURES FOR MACHINISTS
• 5. FORMULAS AND CALCULATIONS FOR MACHINING OPERATIONS
• 6. FORMULAS FOR SHEET METAL LAYOUT AND FABRICATION
• 7. GEAR AND SPROCKET CALCULATIONS
• 8. RATCHETS AND CAM GEOMETRY
• 9. BOLTS, SCREWS, AND THREAD CALCULATIONS
• 10. SPRING CALCULATIONS—DIE AND STANDARD TYPES
• 11. MECHANISMS, LINKAGE GEOMETRY, AND CALCULATIONS
• 12. CLASSES OF FITS FOR MACHINED PARTS—CALCULATIONS
• A. ABOUT THE AUTHOR

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Expanded Table of Contents

• A. PREFACE
• 1. MATHEMATICS FOR MACHINISTS AND METALWORKERS
  • GEOMETRIC PRINCIPLES—PLANE GEOMETRY
  • BASIC ALGEBRA
  • PLANE TRIGONOMETRY
  • MODERN POCKET CALCULATOR PROCEDURES
  • ANGLE CONVERSIONS—DEGREES AND RADIANS
  • POWERS-OF-TEN NOTATION
  • PERCENTAGE CALCULATIONS
  • TEMPERATURE SYSTEMS AND CONVERSIONS
  • DECIMAL AND MILLIMETER EQUIVALENTS
  • SMALL WEIGHT EQUIVALENTS: U.S. CUSTOMARY (GRAINS AND OUNCES) VERSUS METRIC (GRAMS)
  • MATHEMATICAL SIGNS AND SYMBOLS
• 2. MENSURATION OF PLANE AND SOLID FIGURES
  • MENSURATION
  • PROPERTIES OF THE CIRCLE
• 3. LAYOUT PROCEDURES FOR GEOMETRIC FIGURES
  • GEOMETRIC CONSTRUCTION
• 4. MEASUREMENT AND CALCULATION PROCEDURES FOR MACHINISTS
  • SINE BAR AND SINE PLATE CALCULATIONS
  • SOLUTIONS TO PROBLEMS IN MACHINING AND METALWORKING
  • CALCULATIONS FOR SPECIFIC MACHINING PROBLEMS (TOOL ADVANCE, TAPERS, NOTCHES AND PLUGS, DIAMETERS, RADII, AND DOVETAILS)
  • FINDING COMPLEX ANGLES FOR MACHINED SURFACES
• 5. FORMULAS AND CALCULATIONS FOR MACHINING OPERATIONS
  • TURNING OPERATIONS
  • THREADING AND THREAD SYSTEMS
  • MILLING
  • DRILLING AND SPADE DRILLING
  • REAMING
  • BROACHING
  • VERTICAL BORING AND JIG BORING
  • BOLT CIRCLES (BCS) AND HOLE COORDINATE CALCULATIONS
• 6. FORMULAS FOR SHEET METAL LAYOUT AND FABRICATION
  • SHEET METAL FLAT-PATTERN DEVELOPMENT AND BENDING
  • SHEET METAL DEVELOPMENTS, TRANSITIONS, AND ANGLED CORNER FLANGE NOTCHING
  • PUNCHING AND BLANKING PRESSURES AND LOADS
  • SHEAR STRENGTHS OF VARIOUS MATERIALS
  • TOOLING REQUIREMENTS FOR SHEET METAL PARTS—LIMITATIONS
• 7. GEAR AND SPROCKET CALCULATIONS
  • INVOLUTE FUNCTION CALCULATIONS
  • GEARING FORMULAS—SPUR, HELICAL, MITER/BEVEL, AND WORM GEARS
  • SPROCKETS—GEOMETRY AND DIMENSIONING
• 8. RATCHETS AND CAM GEOMETRY
  • RATCHETS AND RATCHET GEARING
  • METHODS FOR LAYING OUT RATCHET GEAR SYSTEMS
  • CAM LAYOUT AND CALCULATIONS
• 9. BOLTS, SCREWS, AND THREAD CALCULATIONS
  • PULLOUT CALCULATIONS AND BOLT CLAMP LOADS
  • MEASURING AND CALCULATING PITCH DIAMETERS OF THREADS
  • THREAD DATA (UN AND METRIC) AND TORQUE REQUIREMENTS (GRADES 2, 5, AND 8 U.S. STANDARD 60° V)
• 10. SPRING CALCULATIONS—DIE AND STANDARD TYPES
  • HELICAL COMPRESSION SPRING CALCULATIONS
  • HELICAL EXTENSION SPRINGS (CLOSE-WOUND)
  • SPRING ENERGY CONTENT OF COMPRESSION AND EXTENSION SPRINGS
  • TORSION SPRINGS
  • FLAT SPRINGS
  • SPRING MATERIALS AND PROPERTIES
  • ELASTOMER SPRINGS
  • BENDING AND TORSIONAL STRESSES IN ENDS OF EXTENSION SPRINGS
  • SPECIFYING SPRINGS, SPRING DRAWINGS, AND TYPICAL PROBLEMS AND SOLUTIONS
• 11. MECHANISMS, LINKAGE GEOMETRY, AND CALCULATIONS
  • MATHEMATICS OF THE EXTERNAL GENEVA MECHANISM
  • MATHEMATICS OF THE INTERNAL GENEVA MECHANISM
  • STANDARD MECHANISMS
  • CLAMPING MECHANISMS AND CALCULATION PROCEDURES
  • LINKAGES—SIMPLE AND COMPLEX
• 12. CLASSES OF FITS FOR MACHINED PARTS—CALCULATIONS
  • CALCULATING BASIC FIT CLASSES (PRACTICAL METHOD)
  • U.S. CUSTOMARY AND METRIC (ISO) FIT CLASSES AND CALCULATIONS
  • CALCULATING PRESSURES, STRESSES, AND FORCES DUE TO INTERFERENCE FITS, FORCE FITS, AND SHRINK FITS
• A. ABOUT THE AUTHOR