INDEX

Page
Acme flat turret lathe, examples of chuck work[219]
Acme standard thread and tool for cutting[159]
Acme standard thread gage[157]
Acme thread tool, measuring width with vernier caliper[157], [158]
Accumulation of errors[105], [106]
Aligning lathe centers for cylindrical turning[16]
Allowances, average, for forced fits[130]
for different classes of fits[131]
for driving fits[131]
for forced fits of given pressure[133]
for push fits[131]
for running fits[131]
for shrinkage fits[133]
Aluminum, lubricant for machining[53]
shape of tools for turning[53]
speed and feed for machining[53]
Angle-plate applied to lathe faceplate[48]
Angles, gage for accurate measurement of[97]
Apron of lathe[4], [5]
Arbor or mandrel press[22]
Arbors or mandrels for lathe work, types of[19]
use of[17]
Attachment, application of Hendey relieving[125]
convex turning for vertical boring mill[259]
for coarse threading in lathe[160]
for spherical turning[113]
for taper turning in lathe[88]
Hendey relieving[123]
Automatic chucking and turning machine, Potter & Johnston[223]
Potter & Johnston, method of “setting-up”[227]
Potter & Johnston, turning flywheel in[236]
Back-gears of lathe[3], [4]
Bardons & Oliver turret lathe, general description[178]
Bored holes, measuring diameter of[41]
Boring and reaming tools for vertical mill[251]
Boring and turning mill, vertical, general description[242]
vertical, holding and setting work[247]
vertical, turning in[249]
turning tools for[253]
Boring-bar cutters and methods of holding[280]
Boring cutters for roughing and finishing cuts[285]
Boring cylinders on horizontal machine[286]
Boring holes to given center distance in lathe[51]
Boring in lathe, example of[39]
Boring large castings in lathe[49]
Boring large holes, cutter-heads used for[283]
Boring machine, horizontal[275]
horizontal, examples of work on[289-297]
horizontal, floor type[294]
vertical, multiple-spindle type[274]
Boring tool, lathe[40]
Box-tools, different designs and examples of work[193]
for general turret lathe work[190]
Bradford belt-driven lathe, general description[1]
Bradford quick change-gear type of lathe[173]
Brass, speed for turning[52]
tool for turning in lathe[52]
“Bridle” or “hold-back” for lathe[26], [27]
Bullard vertical turret lathe[264]
examples of work[268]
Button method of locating work[101]
Caliper tool for taper turning[85]
Calipers, methods of setting[10], [11]
“Cat-head,” application in lathe work[25]
Center holes, incorrect and correct forms[32]
Center indicator, use of[100]
Centered stock, methods of facing ends[34]
Centers, lathe, aligning for cylindrical turning[16]
lathe, grinder for truing[34]
Centering machine[30]
Centering parts to be turned[28]
Centering, precaution for tool steel[33]
Change gears, calculating for thread cutting[167]
compound, for thread cutting[170]
for cutting fractional threads[171]
for cutting metric pitches[171]
for thread cutting[135]
Chasing dial for “catching threads” when screw cutting[141]
Chuck, inaccuracy from pressure of jaws[42]
lathe, application of[37]
setting work in[42]
universal, independent and combination[36]
Chucking and turning machine, Potter & Johnston automatic[223]
Potter & Johnston automatic, method of “setting-up”[227]
Potter & Johnston automatic, turning flywheel in[236]
Chucking machine, New Britain, multiple-spindle type[238]
Clearance angle for turning tools[66]
Clearance of turning tools, meaning of[62], [63]
Coarse threading attachment for lathe[160]
Collapsing tap, Geometric[202]
Combination chuck for lathe[36]
Compound rest, applied to screw or thread cutting[143]
applied to taper turning[95]
Convex turning attachment for vertical boring mills[259]
Copper, tool for turning in lathe[52]
Crankshaft lathe, description of R. K. LeBlond special[108]
operation of R. K. LeBlond[110]
Crankshaft turning in engine lathe[107]
Cross-slide stop for threading[155]
Cuts, average depth for turning[75]
roughing and finishing in lathe[12], [75], [76]
Cutter-heads, for boring, equipped with adjustable tools[284], [285]
for horizontal boring machine[283]
Cutters, boring, roughing and finishing types[285]
for boring-bars[280]
Cutting lubricants for turning tools[77]
Cutting speeds, average for turning[72]
based on Taylor's experiments[71]
effect of lubricant on[76]
factors which limit speeds for turning[72]
rules for calculating[74]
Cylinder boring machine, multiple-spindle type[274]
Cylinder boring on horizontal machine[286]
Cylinder lining, fixture for holding when boring[293]
Cylindrical turning, simple example of[6]
Davis turret lathe, turning bevel gear blanks[212]
turning worm-gear blanks[211]
Depth of cut for turning, average[75]
Detrick & Harvey horizontal boring machine, floor type[294]
Dial for “catching threads” when screw cutting[141]
Dial gage, testing concentricity of button with[103], [104]
Die and tap holders, releasing[199]
Die-heads, self-opening type[200]
Disk gage, for angles and tapers[97]
rules for setting[98], [99]
Dogs or drivers, lathe, application of[16]
Drill, flat, for lathe[44]
Drilling and reaming in lathe[43]
Drivers or dogs, lathe, application of[16]
Driving fits, allowances for[131]
Eccentric turning in lathe[106]
Engine lathe, general description[1]
Errors, accumulation of[105], [106]
Faceplate, indexing for multiple-thread cutting[153]
lathe, application of angle-plate to[48]
lathe, holding work on[45]
Facing ends of centered stock, different methods[34]
Feed and depth of cut for turning, average[75]
Feeds and speeds for turning based on Taylor's experiments[71]
Filing and polishing in lathe[13]
Finishing and roughing cuts in lathe[75], [76]
Fits, allowances for different classes[131]
different classes used in machine construction[129]
driving, allowances for[131]
forced, allowances for given pressure[133]
forced, average allowance for[130]
forced, pressure for[132]
push, allowances for[131]
running, allowances for[131]
shrinkage, allowances for[133]
Fixture for holding thin lining when boring[293]
Flat drill and holder for lathe[44]
Flat turret lathe, Acme, examples of chuck work[219]
Hartness, example of turning[213]
Jones & Lamson double-spindle type[221]
Floating reamer holders[271]
Flywheel, finishing in one setting in turret lathe[186]
finishing in two settings in turret lathe[189]
machining in turret lathe[184]
turning in Potter & Johnston automatic[236]
turning in vertical boring mill[255]
Follow-rest for lathe[27]
Forced fits, allowances for given pressure[133]
average allowance for[130]
pressure generally used in assembling[132]
Fractional threads, change gears for cutting[171]
Gage, disk, for angles and tapers[97]
disk, rules for setting[98], [99]
for testing V-thread tool[138]
standard plug, for holes[42]
thread, Acme standard[157]
Geometric collapsing tap[202]
Geometric self-opening die-head[200]
Gisholt convex attachment for vertical mill[259]
Gisholt vertical boring mill, general description[242]
Grinder for truing lathe centers[34]
Grinding lathe tools[62]
Hartness flat turret lathe, example of turning[213]
Hendey relieving attachment[123]
application of, for relieving taps, cutters and hobs[125]
“Hold-back” or “bridle” for lathe[26], [27]
Hollow mills for turret lathe[198]
Horizontal boring machine[275]
Detrick & Harvey floor type[294]
examples of work[289-297]
Independent chuck for lathe[36]
Index plate, change gear, for lathe[137]
Indicator, center, use on lathe[100]
for “catching threads” when screw cutting[141]
test, truing buttons with[102], [103]
thread, for lathe apron, principle of[142]
Inserted cutter turning tools for lathe[58]
Internal threading[154]
Jones & Lamson double-spindle flat turret lathe[221]
Knurling in lathe and tool used[122]
Lard oil as a cutting lubricant[78]
Lathe, boring holes to given center distance in[51]
boring large castings in[49]
boring small hole with[104], [105]
cutting threads in[135]
drilling small hole with[104]
general description of Bradford[1]
LeBlond crankshaft, operation of[110]
Lo-swing, general description[115]
method of handling when cutting threads[138]
quick change-gear type[173]
R. K. LeBlond special crankshaft[108]
turret type, general description[178]
Lathe centers, grinder for truing[34]
Lathe chucks, application of[37]
universal, independent and combination[36]
Lathe faceplate, holding work on[45]
Lathe follow-rest[27]
Lathe steadyrest[23]
application of, when boring[25]
Lathe taper attachment[88]
practical application of[90]
Lathe tool grinding[62]
Lathe tools, angle of clearance[66]
angle of keenness[67]
application of various types[56]
slope of cutting edge[66], [67]
Lathe turning tools, inserted-cutter type[58]
set of tools for general work[54]
Lead of thread, definition of[146]
LeBlond, R. K., lathe for crankshaft turning[108]
Left-hand thread, method of cutting[148]
Lining, fixture for holding when boring[293]
Lo-swing lathe, general description[115]
example of multiple-turning[117]
Lubricant, effect on cutting speed[76]
for cooling turning tools[77]
for machining aluminum[53]
lard oil as a cutting[78]
Lucas horizontal boring machine[275]
Mandrel or arbor press[22]
Mandrels or arbors for lathe work, types of[19]
for lathe work, use of[17]
Metric pitches, change gears for cutting[171]
Micrometer for measuring threads[162]
Mills, hollow, for turret lathe[198]
Multiple-spindle chucking machine, New Britain[238]
Multiple-thread cutting, indexing faceplate for[153]
Multiple threads[146]
method of cutting[150]
setting tool when cutting[152]
Multiple-turning in Lo-swing lathe[117]
New Britain multiple-spindle chucking machine[238]
Newall Engineering Co's fit allowances[131]
Pistons, gasoline engine, turning in turret lathe[204]
Piston rings, attachment for turning in turret lathe[210]
turning in turret lathe[206]
Piston turning in Pratt & Whitney turret lathe[208]
Pitch, metric, change gears for cutting[171]
Pitch of thread, definition of[146]
Plug gage, standard[42]
Polishing and filing in lathe[13]
Potter & Johnston automatic chucking and turning machine[223]
method of “setting-up”[227]
turning flywheel in[236]
Pratt & Whitney turret lathe, arranged for piston turning[208]
equipped with piston ring turning attachment[210]
Press for arbors or mandrels[22]
Pressure generally used in assembling forced fits[132]
Push fits, allowances for[131]
Quick change-gear type of lathe[173]
Reamer holders, floating type[271]
Reaming and drilling in lathe[43]
Releasing die and tap holders[199]
Relieving attachment, Hendey[123]
application of[125]
Relieving hobs or taps having spiral flutes[128]
Rivett-Dock threading tool[164]
Roughing and finishing cuts in lathe[75], [76]
Running fits, allowances for[131]
Screw cutting, calculating change gears for[167]
compound gearing for[170]
in engine lathe[135]
method of handling lathe[138]
selecting change gears for[135]
with compound rest[143]
Screws, cutting to compensate for shrinkage[165]
metric, change gears for cutting[171]
testing size of[161]
Selecting type of turning machine[240]
Shrinkage, cutting screws to compensate for[165]
Shrinkage fits, allowances for[133]
Side-tool, facing with[7]
Speeds for turning, average[72]
based on Taylor's experiments[71]
effect of lubricant[76]
factors which limit[72]
rules for calculating[74]
Spherical turning[111]
attachments for[113]
“Spider” for supporting bushing while turning[48], [49]
Spiral flutes, method of relieving hobs or taps with[128]
Square thread and method of cutting[149], [159]
Steadyrest, application of when boring[25]
for engine lathe[23]
Stop for lathe cross-slide when threading[155]
Tap and die holders, releasing type[199]
Taper attachment for lathe[88]
practical application of[90]
Taper boring with taper attachment[90]
Taper threading, position of tool for[154]
Taper turning, adjustment of tailstock center for[82]
by offset-center method[80]
examples of[83]
height of tool for[94]
in vertical boring mill[261]
in vertical mill with horizontal and vertical feeds[262]
setting tailstock center with caliper tool[85]
setting tailstock center with square[87]
with compound rest[95]
with taper attachment[92], [93]
Tapers, gage for accurate measurement of[97]
rules for figuring[97]
Test indicator, truing buttons with[102], [103]
Test or center indicator for use on lathe[100]
Thread cutting, calculating change gears for[167]
compound gearing for[170]
cross-slide stop used for[155]
indexing faceplate for multiple threads[153]
in engine lathe[135]
internal[154]
method of handling lathe[138]
selecting change gears for[135]
taper, position of tool for[154]
with compound rest[143]
Thread gage, Acme standard[157]
Thread indicator for lathe apron[141], [142]
Thread micrometer[162]
Thread tool, Acme, measuring width with vernier caliper[157], [158]
for cutting V-thread[138]
Thread tools for standard threads[159]
Threads, Acme standard, and tool for cutting[159]
change gears for fractional[171]
cutting to compensate for shrinkage[165]
different forms of[144]
left-hand, method of cutting[148]
metric, change gears for cutting[171]
multiple[146]
multiple, method of cutting[150]
multiple, setting tool when cutting[152]
sharp V, and tool for cutting[159]
square, and method of cutting[149], [159]
testing size of[161]
three-wire system for measuring[163]
U. S. standard, and tool for cutting[146], [159]
Whitworth standard, and tool for cutting[158], [159]
worm, and tool for cutting[159], [160]
Threading attachment, lathe, for coarse threads[160]
Threading tool, Rivett-Dock[164]
Tool grinding[62]
Tools for lathe, set for general turning[54]
Tools for turning, angle of clearance[66]
angle of keenness[67]
inserted-cutter type[58]
slope of cutting edge[66], [67]
Tools for turret lathe[190]
Tools, lathe, application of various types[56]
Turning, cylindrical, simple example of[6]
eccentric[106]
multiple, in Lo-swing lathe[117]
with front and rear tools[114]
Turning speeds, average for lathe[72]
based on Taylor's experiments[71]
factors which limit[72]
rules for calculating[74]
Turning tools, angle of clearance[66]
angle of keenness[67]
for aluminum[53]
for brass[52]
for copper[52]
for lathe, position of[60]
for lathe, set of, for general work[54]
inserted-cutter type for lathe[58]
slope of cutting edge[66], [67]
Turret lathe, Bardons & Oliver, general description[178]
examples of chuck work in Acme flat[219]
Hartness flat, example of turning[213]
Jones & Lamson double-spindle type[221]
machining flywheels in[184]
Pratt & Whitney arranged for piston turning[208]
piston ring turning attachment for[210]
tools for general work[190]
turning bevel gear blanks in Davis[212]
turning gasoline engine pistons in[204]
turning piston rings in[206]
turning worm-gear blanks in Davis[211]
typical example of turret lathe work[181]
Turret lathe tools, miscellaneous types[202]
Turret lathe type of vertical boring mill[264]
Type of turning machine, factors which govern selection[240]
U. S. standard thread[159]
method of cutting[146]
Universal chuck for lathe[36]
V-thread and tool for cutting[159]
Vertical boring mill, Bullard turret lathe type[264]
convex turning attachment[259]
general description[242]
holding and setting work[247]
taper turning in[261]
taper turning with horizontal and vertical feeds[262]
tools for boring and reaming[251]
turning flywheel in[255]
turning tools for[253]
Vertical turret lathe, Bullard, examples of work[268]
Whitworth standard thread and tool for cutting[158], [159]
Wire system for measuring threads[163]
Worm thread and tool for cutting[159], [160]

Transcriber's notes: