CONTENTS


Pages
[Chapter I]
[THE ENGINE LATHE—TURNING AND BORING OPERATIONS]
[General Description of an Engine Lathe][Example of CylindricalTurning][Facing the Ends Square with a Side-tool][TurningTool—Turning Work Cylindrical][Roughing and Finishing Cuts][Filingand Finishing][Aligning Centers for Cylindrical Turning][Applicationof Drivers or Dogs][Lathe Arbors or Mandrels][Different Types ofLathe Arbors][Mandrel or Arbor Press][Steadyrest for SupportingFlexible Parts][Application of Steadyrest when Boring][TheFollow-rest][Centering Parts to be Turned][CenteringMachine][Different Forms of Centers][Precaution When Centering ToolSteel][Facing the Ends of Centered Stock][Truing LatheCenters][Universal, Independent and Combination Chucks][Applicationof Chucks][Example of Boring][Measuring BoredHoles][Setting Work in the Chuck][Inaccuracy from Pressure of ChuckJaws][Drilling and Reaming][Holding Work onFaceplate][Application of Angle-plate to Faceplate][Supporting OuterEnd of Chucked Work][Boring Large Castings in the Lathe][Boring Holesto a Given Center Distance][Turning Brass, Bronze and Copper][MachiningAluminum] [1-53]
[Chapter II]
[LATHE TURNING TOOLS AND CUTTING SPEEDS]
[Turning Tools for General Work][Tool-holders with InsertedCutters][The Position of Turning Tools][ToolGrinding][Shape or Contour of Cutting Edge][Direction of Top Slope forTurning Tools][Clearance for the Cutting Edge][Angle of Tool-point andAmount of Top Slope][Grinding a Lathe Tool][Cutting Speeds andFeeds][Average Cutting Speeds for Turning][Factors which Limit theCutting Speed][Rules for Calculating Cutting Speeds][Feed of Tool andDepth of Cut][Effect of Lubricant on Cutting Speed][Lubricants Used forTurning][Lard Oil as a Cutting Lubricant] [54-79]
[Chapter III]
[TAPER TURNING—SPECIAL OPERATIONS—FITTING]
[Setting Tailstock Center for Taper Turning][Example of TaperTurning][Setting the Tailstock Center with a Caliper Tool][Setting theTailstock Center with a Square][The Taper Attachment][Application ofTaper Attachment][Height of Tool when Turning Tapers][Taper Turning withthe Compound Rest][Accurate Measurement of Angles and Tapers][To FindCenter Distance for a Given Taper][To Find Center Distance for a GivenAngle][To Find Angle for Given Taper per Foot][To Find Angle for GivenDisk Dimensions][Use of the Center Indicator][Locating Work by the ButtonMethod][Eccentric Turning][Turning a Crankshaft in aLathe][Special Crankshaft Lathe][Operation of Special CrankshaftLathe][Spherical Turning][Spherical Turning Attachments][Turning with Front and Rear Tools][A Multiple-tool Lathe][Examples of Multiple Turning][Knurling in the Lathe][Relieving Attachment][Application of Relieving Attachment][Relieving Hobs or Taps Having Spiral Flutes][Classes of Fits Used in MachineConstruction][Forced Fits][Allowance for Forced Fits][Pressure for Forced Fits][Allowance for Given Pressure][Shrinkage Fits] [80-134]
[Chapter IV]
[THREAD CUTTING IN THE LATHE]
[Selecting the Change Gears for Thread Cutting][The Thread Tool][Cutting the Thread][Indicator or Chasing Dial for Catching Threads][Principle of the Thread Indicator][Replacing Sharpened Thread Tool][Use of Compound Rest for Thread Cutting][Threads Commonly Used][Multiple Threads][Cutting a U. S. Standard Thread][Cutting a Left-hand Thread][Cutting a Square Thread][Cutting Multiple Threads][Setting Tool When Cutting Multiple Threads][Taper Threading][Internal Threading][Stop for ThreadTools][The Acme Standard Thread][The Whitworth Thread][Worm Threads][Coarse Threading Attachment][Testingthe Size of a Thread][The Thread Micrometer][Three-wire System ofMeasuring Threads][Rivett-Dock Threading Tool][Cutting Screws toCompensate for Shrinkage][Calculating Change Gears for Thread Cutting][Lathes with Compound Gearing][Fractional Threads][Change Gears for Metric Pitches][Quick Change-gear Type of Lathe] [135-177]
[Chapter V]
[TURRET LATHE PRACTICE]
[General Description of a Turret Lathe][Example of Turret Lathe Work][Machining Flywheels in Turret Lathe][Finishing a Flywheel at One Setting in TurretLathe][Finishing a Webbed Flywheel in Two Settings][Tools for TurretLathes][Box-tools][Examples of Box-tool Turning][Hollow Mills][Releasing Die and Tap Holders][Self-opening Die Heads][Collapsing Taps][MiscellaneousTurret Lathe Tools][Turning Gasoline Engine Pistons in Turret Lathe][Turning Piston Rings in Turret Lathe][Piston Turning in Pratt and Whitney TurretLathe][Attachment for Turning Piston Rings][Turning Worm-gear Blanks inTurret Lathe][Turning Bevel Gear Blanks][Shell Turning Operation in FlatTurret Lathe][Chuck Work in Flat Turret Lathe][Double-spindle Flat TurretLathe][Automatic Chucking and Turning Machine][Example of Work onAutomatic Turning Machine][Determining Speed and Feed Changes][Setting theTurret Slide][Setting the Cross-slide Cam][Setting the Boring Tool forRecessing][Adjustments for Automatic Feed and Speed Changes][TurningFlywheel in Automatic Chucking and Turning Machine][Automatic Multiple-spindle ChuckingMachine][Selecting Type of Turning Machine] [178-241]
[Chapter VI]
[VERTICAL BORING MILL PRACTICE]
[Boring and Turning in a Vertical Boring Mill][Holding and Setting Work on Boring MillTable][Turning in a Boring Mill][Boring Operations][Turning Tools for the Vertical Boring Mill][Turning a Flywheel on a VerticalMill][Convex Turning Attachment for Boring Mills][Turning Taper or ConicalSurfaces][Turret-lathe Type of Vertical Boring Mill][Examples of VerticalTurret Lathe Work][Floating Reamer Holders][Multiple Cylinder BoringMachine] [242-274]
[Chapter VII]
[HORIZONTAL BORING MACHINES]
[Horizontal Boring Machine with Vertical Table Adjustment][Drilling andBoring—Cutters Used][Cutter-heads for Boring Large Holes][CylinderBoring][Boring a Duplex Gasoline Engine Cylinder][Examples of Boring, RadialFacing and Milling][Fixture for Cylinder Lining or Bushing][HorizontalBoring Machine of Floor Type] [275-297]
[Index][299]

TURNING AND BORING


CHAPTER I