Machinery''''s Handbook 2th Episode 4 Part 5 pot

vapor specific gravity 408Ether, sulfuric specific gravity 408 Ethylene specific gravity 408 specific heat 400 Europium element properties 398 Everdur chemical composition 569 elongation

strength, effect of temperature on 421

vapor deposition on plastics 625

Copper alloys

alloy name (UNS number)

aluminum brass, arsenical

Copper alloys (continued)

alloy name (UNS number) (C18400) 562 (C18500) 562 commercial bronze, 90%

(C22000) 403, 563, 1037, 1072

Cu nickel 10% (C70600) 568, 1037, 1072 20% (C71000) 568

30% (C71500) 568, 1037, 1072 5% (C70400) 567

Cu– nickel– phosphorus– tellurium (C19100) 562

Cu–nickel–phosphorus (C19000) 562 forging brass (C37700) 564, 1037, 1072

free machining Cu (C14500) 403 free-cutting brass (C36000) 403, 564,

1037, 1072 gilding, 95% (C21000) 563, 1037, 1072 inhibited admiralty

(C44300) 565, 1037, 1072 (C44400) 565

(C44500) 565, 1037, 1072 jewelry bronze, 87.5% (C22600) 563,

1037, 1072 leaded brass (C33500) 564, 1037, 1072 (C34000) 564, 1037, 1072 (C34200) 564, 1037, 1072 (C35000) 564

(C35300) 403, 564, 1037, 1072 (C35600) 403, 564, 1037, 1072 tube (C33000) 403, 563 tube (C33200) 564, 1037, 1072 leaded commercial bronze (C31400) 563, 1037, 1072 nickel-bearing (C31600) 563 leaded Cu

(C18700) 403, 562 low brass, 80% 563, 1037, 1072 manganese brass (C66700) 567 manganese bronze, A (C67500) 567,

1037, 1072 Muntz metal free-cutting (C37000) 564, 1037, 1072

leaded (C36500) 403, 564, 1037, 1072

leaded (C36800) 564, 1037, 1072 60% (C28000) 403, 563, 1037, 1072 naval brass

(C46400) 403, 565 (C46700) 565 leaded (C48500) 565, 1037, 1072 medium-leaded (C48200) 565 nickel silver

55–18 (C77000) 568, 1037, 1072 65–10 (C74500) 568, 1037, 1072 65–12 (C75700) 568, 1037, 1072 65–15 (C75400) 568, 1037, 1072

Copper alloys (continued)

alloy name (UNS number)

elastic properties 420 elongation 556, 560 investment casting alloys beryllium Cu 10C (820) 417 165C (824) 417 20C (825) 417 275C (828) 417 brass

red 417 silicon 417 yellow leaded (854) 417 bronze

aluminum, C (954) 417 aluminum, D (955) 417 manganese, A 417 manganese, C 417 silicon 417 tin 417 chrome copper 417 copper (pure) 417 machinability 556, 560 manganese bronze 403 melting point 403 nickel silver elastic properties 420 nickel-silver 403 phosphor bronze elastic properties 420 wire

tensile strength 421 powder metal alloys CNZ-1818 419 copper (pure) 419 CTG-1001 419 CTG-1004 419 CZP-3002 419 tensile strength 556, 560 thermal conductivity and conductance 403 UNS number (alloy name) C10100 (oxygen-free electronic) 560– 562

C10200 (oxygen-free Cu) 560, 1037, 1072

C10300 (oxygen-free, extra-low phosphorus) 560

C10400 (oxygen-free, bearing) 560

Copper alloys (continued)

UNS number (alloy name)

C12000 (phosphorus deoxidized Cu,

low residual phosphorus) 561

C12100 (phosphorus deoxidized Cu,

low residual phosphorus) 561

C12200 (phosphorus deoxidized Cu,

high residual phosphorus) 561, 1037,

C14300 (cadmium Cu, deoxidized) 561

C14310 (cadmium Cu, deoxidized) 561

C14500 (free machining Cu) 403

Copper alloys (continued)

UNS number (alloy name) C17500 (beryllium Cu) 562, 1037, 1072

C17510 (beryllium Cu) 562 C18200 (chromium Cu) 403, 562 C18400 (chromium Cu) 562 C18500 (chromium Cu) 562 C18700 (leaded copper) 403, 562 C18700 (leaded Cu) 403 C19000 (Cu–nickel–phosphorus) 562 C19100 (Cu– nickel– phosphorus– tellurium alloy) 562

C19200 562 C19400 563 C19500 563 C21000 (gilding, 95%) 563, 1037, 1072 C22000 (commercial bronze, 90%) 403, 563, 1037, 1072 C22600 (jewelry bronze, 87.5%) 563,

1037, 1072 C23000 (red brass, 85%) 403, 563,

1037, 1072 C24000 (low brass, 80%) 563, 1037, 1072

C26000 (cartridge brass, 70%) 403,

563, 1037, 1072 C26100 (cartridge brass, 70%) 563 C26130 (cartridge brass, 70%) 563 C26200 (cartridge brass, 70%) 563 C26800 (yellow brass) 563, 1037, 1072 C27000 (yellow brass) 403, 563 C28000 (Muntz metal, 60%) 403, 563,

1037, 1072 C31400 (leaded commercial bronze) 563, 1037, 1072 C31600 (leaded commercial bronze, nickel-bearing) 563

C33000 (low-leaded brass tube) 403, 563

C33200 (high-leaded brass tube) 564,

1037, 1072 C33500 (low-leaded brass) 564, 1037, 1072

C34000 (medium-leaded brass) 564,

1037, 1072 C34200 (high-leaded brass) 564, 1037, 1072

C35000 (medium-leaded brass) 564 C35300 (high-leaded brass) 403, 564,

1037, 1072 C35600 (extra-high-leaded brass) 403,

564, 1037, 1072 C36000 (free machining brass) 403 C36000 (free-cutting brass) 403, 564,

1037, 1072 C36500 (leaded Muntz metal) 403, 564,

1037, 1072 C36800 (leaded Muntz metal) 564,

1037, 1072

Copper alloys (continued)

UNS number (alloy name)

Copper alloys (continued)

UNS number (alloy name) C65100 (low-silicon bronze, B) 567,

1037, 1072 C65500 (high-silicon bronze, A) 567,

1037, 1072 C66700 (manganese brass) 567 C67400 567

C67500 (manganese bronze, A) 567,

1037, 1072 C68700 (aluminum brass, arsenical) 567, 1037, 1072 C68800 567

C69000 567 C69400 (silicon red brass) 567 C70400 (Cu nickel, 5%) 567 C70600 (Cu nickel, 10%) 568, 1037, 1072

C71000 (Cu nickel, 20%) 568 C71500 (Cu nickel, 30%) 568, 1037, 1072

C72200 568 C72500 568 C73500 568 C74500 (nickel silver, 65–10) 568,

1037, 1072 C75200 (nickel silver, 65–18) 568,

1037, 1072 C75400 (nickel silver, 65–15) 568,

1037, 1072 C75700 (nickel silver, 65–12) 568,

1037, 1072 C76390 568 C77000 (nickel silver, 55–18) 568,

1037, 1072 C78200 568 C80100 556 C80300 556 C80500 556 C80700 556 C80900 556 C81100 556 C81300 556 C81400 556 C81500 556 C81700 556 C81800 556 C82000 556 C82100 556 C82200 556 C82400 556 C82500 556 C82600 556 C82700 556 C82800 556 C83300 557 C83400 557 C83600 557 C83800 557 C84200 557 C84400 557

Copper alloys (continued)

UNS number (alloy name)

Copper alloys (continued)

UNS number (alloy name) C96600 559 C97300 559 C97400 559 C97600 559 C97800 559 C99300 559 C99400 559 C99500 559 C99700 559 C99750 559 UNS numbering system 440 yield strength 556, 560

Copper-beryllium alloys

tensile strength 570 yield strength 570

Corrosion resistance

salt water stainless steel 461

CPVC

density 416 mechanical properties 416 specific gravity 407, 416

CPVC (chlorinated PVC) 407, 416, 592 Curium

element properties 398

Cypress

weight of 413 weight per board foot 412

C18900 562

D

vapor specific gravity 408

Ether, sulfuric

specific gravity 408

Ethylene

specific gravity 408 specific heat 400

Europium

element properties 398

Everdur

chemical composition 569 elongation 569 tensile strength 569 yield strength 569

Everdur (copper-silicon) alloys

thermal conductivity and conductance 401

Fermium

element properties 398

Fiber glass sheet

density 416 mechanical properties 416 specific gravity 416

Fiberglass 592 Fir

mechanical properties 412 weight of 413

weight per board foot 412

calcium chloride (CaCl2) 403

potassium hydrate (KOH) 403

weight per board foot 412

Hickory

machinability of 414 weight of 413

I Ice

latent heat of fusion 399 specific gravity 407 specific heat 400

Ignition temperature

bisulfide of carbon 403 charcoal 403 dry wood oak 403 pine 403 gun cotton 403 nitro-glycerine 403

strength, effect of temperature on 421

UNS numbering system 440

coefficient of heat transmission 402

specific gravity 408 specific heat 400

Krypton

element properties 398

L Lanthanum

Linseed oil

boiling point 399 specific gravity 408

Liquid crystal polymer

chemical resistance to various materials 608

Lithium

element properties 398

machinability of 414

Malleable iron

A220 404 coefficient of expansion 404 density 404

melting point 404 thermal conductivity and conductance 404

Manganese

element properties 398

Maple

machinability of 414 weight of 413 weight per cord 412

Marble

coefficient of expansion 402 specific gravity 407 specific heat 400

Marsh gas

specific gravity 408

Masonry

brick coefficient of expansion 402 specific heat 400 specific gravity 407

Maximum operating temperature

plastics 416

MB

wire tensile strength hard-drawn 421 oil tempered 421

Mechanical properties

elongation alloy steel 466 aluminum alloys 576 copper alloys 556, 560 investment casting alloys 417 nickel 590

hardness no.

alloy steel 466 impact strength alloy steel 466 machinability copper alloys 556 machinablity

maximum crushing strength 411–412

maximum load in bending 411

Mineral fiber cement

thermal conductivity and conductance 401

Mineral oil

quenching baths 517–518 specific gravity 408 tempering in 522

Modulus of elasticity 420–421, 474, 554,

593, 596–598, 600–602, 610–611, 622

Modulus of rigidity, G 474 Modulus of rupture

Molybdenum disulfide

lubricant for plastics gearing 625

Mortar

specific gravity 407 thermal conductivity and conductance 401

specific gravity 408 specific heat 400

Nickel alloys

chemical composition 590 elongation 590 Inconel elastic properties 420

effect of heat in machining 622 family characteristics 592 for plastics gearing 625 glass reinforced coefficient of expansion 402 milling 624

joint designs using 619 mechanical properties 416 nylon 6/6

chemical resistance to various materials 608

dielectric constant 606 flow characteristics 612 speeds and feeds for drilling 623 safe bending stress 627 specific gravity 407, 416 structure 593 thermoplastic characteristics 593 wall thickness for molding 613 welding

effect of moisture in 619

O Oak

machinability of 414 weight of 413 weight per board foot 412 weight per cord 412

Oil

coefficient of radiation 402 linseed

boiling point 399 specific gravity 408 machine

specific heat 400 mineral quenching baths 517–518 specific gravity 408 tempering in 522 olive

specific gravity 408 specific heat 400 petroleum specific gravity 408 quenching 518–519, 526–527, 531, 535, 543

quenching baths mineral 517 rape specific gravity 408 saponifiable 522 tempering 522 turpentine boiling point 399 specific gravity 408

weight per board foot 412 weight per cord 412

Plaster of Paris

specific gravity 407

Plastics

coefficient of expansion 416 density 416

dielectric strength 416 finishing properties 625 flexural modulus 416 hardness 416 Izod impact 416 maximum operating temperature 416 modulus of elastity 622

percent elongation 416 sawing, speeds and numbers of teeth 624 specific gravity 416

speeds and feeds for drilling 623 tensile modulus 416

thermal conductivity 622

Platinum

element properties 398 specific gravity 407 specific heat 400

coefficient of expansion 402 density 416

for plastics gearing 625 mechanical properties 416 safe bending stress 627 specific gravity 407, 416 speeds and feeds for drilling 623

Polyester

for plastics gearing 625 safe bending stress 627

liquid, for prototypes 624

Polymethyl methacrylate (Acrylic)

effect of heat in machining 622

speeds and feeds for drilling 623

thermal conductivity and conductance

Polyvinyl chloride

drilling point angle 622 effect of heat in machining 622 speeds and feeds for drilling 623

PTFE (polytetrafluoro-ethylene) 407, 416,

592

PVC

density 416 mechanical properties 416 specific gravity 416

PVC (polyvinyl chloride) 416, 427, 592–

593, 613, 619, 622–623

PVDF

density 416 mechanical properties 416 specific gravity 416

for polishing plastics 625

Rubber, rigid foam

thermal conductivity and

Sandstone

coefficient of expansion 402 specific gravity 407 ultimate strength 420

asbestos cement thermal conductivity and conductance 401 asphalt

thermal conductivity and conductance 401 wood

thermal conductivity and conductance 401

Siding

metal thermal conductivity and conductance 401

tapping and threading 623

turning and cutting off 622

Stainless steel alloys

AISI (SAE) Number

(51430F) 536

201 (30201) 1032, 1050, 1067

202 (30202) 1032, 1050, 1067

203EZ () 1032, 1050, 1067

Stainless steel alloys (continued)

AISI (SAE) Number

301 (30301) 1032, 1050, 1067

302 (30302) 474, 1032, 1050, 1067

303 (30303) 1032, 1050, 1067 303MA () 1032, 1050, 1067 303Pb () 1032, 1050, 1067

431 (51431) 536, 1032, 1051, 1067 440A (51440A) 1032, 1051, 1067 440B (51440B) 1032, 1051, 1067 440C (51440C) 1032, 1051, 1067

442 (51442) 536, 1032, 1050

446 (51446) 474, 536, 1032, 1050

455 () 1032, 1051, 1067

501 (51501) 474, 536, 1032, 1050, 1067

AISI (SAE) number (51409) 461, 537 (51416F) 461 (51420F) 461, 537 (51430F) 461, 537 (51434) 537 (51436) 537 (51440F) 461, 537

201 (30201) 448, 457, 460, 472, 536

202 (30202) 448, 458, 460, 472, 536

301 (30301) 448, 457–458, 460, 472, 535–536

302 (30302) 448, 458, 460, 472, 536

303 (30303) 448, 458, 472, 536 303(30330) 536

304 (30304) 448, 458, 460, 472, 536

305 (30305) 448, 458–460, 472, 536

310 (30310) 448, 458, 460, 472, 536

316 (30316) 448, 458–459, 461, 472, 536

317 (30317) 448, 459, 461, 472, 536

321 (30321) 448, 459, 461, 472, 536

325 (30325) 461, 536

347 (30347) 448, 459, 461, 472, 535– 536

Stainless steel alloys (continued)

AISI (SAE) number

Stainless steel alloys (continued)

AISI (UNS) Number

455 (S45500) 1032, 1051, 1067

501 (S50100) 1032, 1050, 1067

502 (S50200) 1032, 1050 AISI (UNS) number

302 (S30200) 404, 448, 458, 472, 536 302B (S30215) 404, 448, 458, 472

303 (S30300) 404, 448, 458, 472, 536 303Se (S30323) 404, 448, 458, 472

304 (S30400) 404, 448, 458, 472, 536 304Cu (S30430) 404, 448, 458 304L (S30403) 448, 458, 472 304N (S30451) 448, 458

305 (S30500) 404, 448, 458–459, 472, 536

308 (S30800) 404, 448, 458, 472

309 (S30309) 448, 458, 460, 472, 536

309 (S30900) 404, 448, 458, 472, 536 309S (S30908) 404, 448, 458, 472

310 (S31000) 404, 448, 458, 472, 536 310S (S31008) 404, 448, 458, 472

314 (S31400) 448, 458, 472

316 (S31600) 404, 448, 458–459, 472, 536

316F (S31620) 448, 458 316L (S31603) 448, 458, 472 316N (S31651) 448, 458

317 (S31700) 404, 448, 459, 472, 536

317 (S31703) 404 317L (S31703) 448, 459

420 (S42000) 404, 449, 459–460, 473, 537

420F (S42020) 404, 449, 459, 473

422 (S42200) 404, 449, 459

429 (S42900) 404, 448, 459

430 (S43000) 404, 448, 459–460, 473, 537

430F (S43020) 404, 448, 459, 473 430FSe (S43023) 448, 459, 473 430Se (S43023) 404

Stainless steel alloys (continued)

AISI (UNS) number

457, 474, 535, 1029, 1047, 1063, 1086

1345 (G13450) 442, 446, 1029, 1047, 1063

50B46 (G50461) 442, 447, 470, 1029,

1047, 1063 50B50 (G50501) 442, 447, 1029, 1047, 1063

5140 (G51400) 442, 446, 451–452,

457, 467, 470, 1029, 1047, 1063, 1086

5145 (G51450) 535, 1029, 1047, 1063, 1086

chemical resistance to various materials 608

cast density 404 melting point 404 specific heat 404 UNS numbering system 440 castings

strength, effect of temperature on 421 coefficient of expansion 402 hard

coefficient of heat transmission 402 high speed

cobalt 18–4–14 546 cobalt–molybdenum–tungsten, 6–6–2–

8 484 cobalt–tungsten 14–4–2–5 484 18–4–1–5 484 18–4–2–12 484 18–4–2–8 484 molybdenum, 8–2–1 484 molybdenum–tungsten 6–6–2 484 6–6–3 484 6–6–4 484 tungsten 18–4–1 484, 490, 538, 541–542, 546 18–4–2 484

18–4–3 484 high-strength, low alloy, SAE number 942X 462–463

945A 462–463 945C 462–463 945X 462–463 950A 462–463 950B 462–463 950C 462–463 950D 462–463 950X 462–463 955X 462–463 960X 462–463

1029 (G10290) 442, 444

1030 (G10300) 442, 444, 451–454,

466, 468, 532–533, 1028, 1046, 1054, 1061

1042 (G10420) 442, 533, 1028, 1046, 1061

1043 (G10430) 442, 444, 453, 1028,

1046, 1061

1044 (G10440) 442, 444

1045 (G10450) 442, 474, 1028, 1046, 1061

12L15 (G12154) 445

1211 (G12110) 442, 445, 1027, 1045, 1061

1212 (G12120) 442, 445, 474, 1027,

1045, 1061

1213 (G12130) 442, 445, 1027, 1045, 1061

1215 (G12150) 442, 445, 1027, 1045, 1061

1527 (G15270) 442, 445, 1028, 1046, 1061

1541 (G15410) 442, 445, 1028, 1046, 1061

1548 (G15480) 442, 445, 1028, 1046, 1062

1551 (G15510) 442, 445, 1028, 1046, 1062

1552 (G15520) 442, 445, 1028, 1046, 1062

1561 (G15610) 442, 445, 1028, 1046, 1062

1566 (G15660) 442, 445, 1028, 1046,

1054, 1062 soft coefficient of heat transmission 402 specific gravity 407

specific heat high carbon 400 mild 400 structural strength, effect of temperature on 421 tool, AISI (UNS) number

A10 (T30110) 442, 496, 1031, 1049, 1066

A2 (T30102) 442, 486–487, 495–496,

1031, 1049, 1066 A3 (T30103) 442, 496, 1031, 1049, 1066

A4 (T30104) 442, 496, 1031, 1049, 1066

A5 (T30105) 442 A6 (T30106) 442, 486, 495–496, 1031,

1049, 1066 A7 (T30107) 442, 474, 496, 1031,

1049, 1066

L6 (T61206) 442, 486, 498–499, 1031,

1049, 1066 M1 (T11301) 442, 478, 486, 488–489,

1031, 1049, 1066 M10 (T11310) 442, 478, 488–489,

1031, 1049, 1066 M15 (T11315) 478 M2 (T11302) 442, 478, 485–489, 1031,

1049, 1066 M21 (T11321) 486 M25 (T11325) 486 M3 ( ) 478, 485–487, 1031, 1049, 1066

M30 (T11330) 442, 489, 1031, 1049, 1066

M3-1 (T11313) 442, 489, 1031, 1049, 1066

M3-2 (T11323) 442, 489, 1031, 1049, 1066

M33 (T11333) 442, 489, 1031, 1049, 1066

M34 (T11334) 442, 489, 1031, 1049, 1066

M36 (T11336) 442, 478, 489, 1031,

1049, 1066 M4 (T11304) 442, 478, 485, 489, 1031,

1049, 1066 M41 (T11341) 442, 489, 1031, 1049, 1066

M42 (T11342) 442, 485, 488–490,

1031, 1049, 1066 M43 (T11343) 442, 478, 489, 1031,

1049, 1066 M44 (T11344) 442, 485, 489, 1031,

1049, 1066 M46 (T11346) 442, 489, 1031, 1049, 1066

M47 (T11347) 442, 489, 1031, 1049, 1066

M6 (T11306) 442, 489, 1031, 1049, 1066

M7 (T11307) 442, 478, 488–489, 1031,

1049, 1066 M8 (T11308) 478 O1 (T31501) 442, 486, 495–496, 1031,

1049, 1066 O2 (T31502) 442, 495–496, 1031,

1049, 1066 O6 (T31506) 442, 495–496, 1031,

1049, 1066 O7 (T31507) 442, 496, 1031, 1049, 1066

P2 (T51602) 442, 486, 498, 1031, 1049, 1066

P20 (T51620) 442, 486, 498–499,

1049, 1066

machinability of 414

Sycamore

machinability of 414 weight of 413

T Tamarack

Tempering oil 522

specific gravity 522

Tensile modulus 420–421, 474, 554, 593,

596–598, 600–602, 610–611, 622 plastics 416

Tensile strength

ceramics 415 copper-zinc-tin alloys 569 investment casting alloys 417 wire 421

Thermoplastic polyester (PET)

chemical resistance to various materials 608

TiO2 (Titania)

density 415 mechanical properties 415

13 V, 11 Cr, 3 Al 591

3 Al, 8 V, 6 Cr, 4 Mo,4 Zr 591

8 Mo, 8 V, 2 Fe, 3 Al 591 chemical composition 591 coefficient of expansion 404 commercially pure 404 98.9 Ti 591 99.0 Ti 420, 591 99.1 Ti 591 99.2 Ti 591 99.5 Ti 591 density 404 elastic properties Ti-8Al-1Mo-1V 420 99.0 Ti 420 elongation 591 melting point 404 near alpha alloys

11 Sn, 1 Mo, 2.25 Al, 5.0 Zr, 1 Mo, 0.2

Si 591

5 Al, 5 Sn, 2 Zr, 2 Mo, 0.25 Si 591

6 Al, 2 Nb, 1 Ta, 1 Mo 591

Titanium alloys (continued)

near alpha alloys

6 Al, 2 Sn, 1.5 Zr, 1 Mo, 0.35 Bi, 0.1

for milling plastics 624

for milling plastics 624

molybdenum high-speed steel

for tapping and threading plastics 623

for milling plastics 624

for tapping and threading plastics 623

T15

for drilling plastics 622

for milling plastics 624

UNS numbering system

wrought and cast 440

U Ultimate strength

brick 420 brickwork 420 cement Portland 420 concrete Portland 420 granite 420 limestone 420 sandstone 420 slate 420 trap rock 420 vulcanized fiber 420

thermal conductivity and conductance 401

Walnut

machinability of 414

element properties 398

Y Yield 590

coefficient of expansion 402 coefficient of heat transmission 402 element properties 398

latent heat of fusion 399 specific gravity 407 specific heat 400

Zinc alloys

elastic properties cast 420 wrought 420

Z-nickel

elastic properties 420

ZrO2

density 415 mechanical properties 415

ZrO2·SiO2 (Zircon)

density 415 mechanical properties 415

2835 Mixed Numbers from 1/64 to 12

2837 Squares and Cubes of Fractions

2884 Multiplication Tables for Fractions

2884 Fractions and Whole Numbers

2885 Common Fractions

2887 Area and Volume of Spheres

2890 Circumference and Area of Circles

2902 Decimal Equivalents, Squares,

Cubes, Roots, & Logarithms of

Fractions

CEMENT, CONCRETE, LUTES,

ADHESIVES, AND SEALANTS

2905 Resistance to Acids and Oils

2905 Lutes and Cements

2907 Iron and Stone Cements

2907 Cement Proof to Hydrocarbon Gases

2907 Cements Proof to Chlorine

2914 Cleaning Metals for Coloring

2914 Pickling Solutions or Dips for Coloring

2914 Coloring Brass

2914 To Produce a Rich Gold Color

2915 White Colors or Coatings

TABLE OF CONTENTS ADDITIONAL ONLY ON THE CD

SURFACE TREATMENTS FOR

(Continued)

METALS

2915 Niter Process of Bluing Steel

2916 Bluing Steel by Heat-treatment

2916 Blue-black Finish

2916 Black Finish

2916 Gun Metal Finish

2917 Browning Iron and Steel

2917 To Produce a Bronze Color

2917 To Produce a Gray Color

2917 Mottled Coloring

2917 Coppering Solution

2917 White Coatings for Laying Out

Lines

2917 To Produce Gray Colors

2918 Blue and Violet Shades

2918 To Give Brass a Green Tint

2918 Etching And Etching Fluids

2918 Etching Fluids for Different

Metals

2919 Etching Brass Nameplates

2919 Producing a Black Background

2919 Etching Ornamental Designs in

Metal

MANUFACTURING

2921 Welding with Thermit

2921 Thermit Process

2921 Preparation of Part to be Welded

2921 Mold for Thermit Welding

2922 Thermit Required for Welding

2922 Thermit Additions

2922 Pre-heating — Making a Weld

2923 Filling Shrinkage Holes and

Surface Flaws

2923 Composition of Thermit Steel

2923 High- and Low-pressure Torches

SYMBOLS FOR DRAFTING

2924 Symbols For Drafting

2924 Air Conditioning Symbols

2925 Heating and Ventilation Symbols

2926 Valve Symbols

2927 Piping Symbols

2928 Pipe Fittings Symbols

FORGE SHOP EQUIPMENT

2930 Hammer and Anvil

2930 Blacksmiths' Anvils

2930 Setting the Anvil

2930 Steam Hammer Rating

2930 Capacity of Steam Hammers

2930 Power for Operating Steam Hammers

Hot-2934 Bulldozer Dies

2934 Helve Hammers

2934 Vertical Power Hammers

2934 Efficiency of Forging Hammers

2936 Machinery and Hammer Foundations

2936 Concrete Foundations

2937 Drop Hammer Foundations

2937 Foundation for Steam Hammer

2937 Machine and Forge Shop Floor Materials

2938 Concrete and Wooden Floors

2938 To Prevent Dust on Concrete Floors

2938 Floors for Forge Shops

2939 Drop-Forging Dies

2939 Steel for Drop-forging Dies

2939 Allowance for Shrinkage

2939 Draft Allowance

2939 Locating Impression in the Die

2939 Obtaining Weight of Forging from Lead Proof

2940 Amount of Flash for Drop-forging Dies

2940 The Break-down of Drop-forging Dies

2940 Hardening Drop-forging Dies

2940 Heating the Die

2940 Cooling the Heated Die

2941 Tempering Dies

TABLE OF CONTENTS ADDITIONAL ONLY ON THE CD

(Continued)

FORGE SHOP EQUIPMENT

2941 Dies for Bronze and Copper

Forgings

2941 Trimming Dies for Drop-forgings

2941 Standard Tolerances for Forgings

2944 Welding Methods

2944 Classes of Welds

2944 Welding Heat

2944 Fire for Welding

2944 Fluxes for Welding

2945 Fuels for Forge

2948 Standard Silent Chain Designation

2949 Silent Chain Links

2949 Silent Chain Sprocket Diameters

2949 Silent Chain Sprocket Profiles and

Chain Widths

2959 Sprocket Hub Dimensions

2963 Sprocket Design and Tooth Form

2963 Cutting Silent Chain Sprocket

Teeth

2965 Design of Silent Chain Drives

2965 Pitch of Silent Chain

2965 Maximum Ratios for Silent Chain

2966 Installation of Silent Chain Drives

2967 Double-Flexure Silent Chain

2967 Horsepower Ratings Per Inch of

Chain Width for Silent Chain

Drives — 1982

GEARS AND GEARING

2971 Geometry Factors For Gear Teeth

2971 Contact and Bending Stresses

2971 Geometry Factors for Pitting

Resistance and Bending

Strength

(Continued)

GEARS AND GEARING

2971 Exceptions to the Information Sheet Data and Procedures

2971 Basic Gear Geometry of Spur and Helical Gears

2973 Contact Ratios

2974 Minimum Lengths of Lines of Contact

2974 Load Sharing Ratio, mN

2974 Calculating the Pitting Resistance Geometry Factor, I

2975 Bending Strength Geometry Factor, J

2976 Pressure Angle at Load Application Point

2977 Generating-Rack Shift Coefficient

2978 Tables of Geometry Factors, I and J

2978 Using the Tables

2987 Power–Transmitting Capacity of Spur Gears

2989 Criteria for Gear Tooth Capacity

2989 Relationship of Pitting Resistance and Bending Strength Ratings

2990 Fundamental Rating Formulas

2990 Pitting Resistance

2991 Symbols Used in Gear Rating Equations

2993 Pitting Resistance Power Rating

2993 Contact Load Factor, K

2994 Bending Strength

2994 Allowable Bending Stress Number

2994 Bending Strength Power Rating

2995 Values for Factors Applied in Fundamental Equations

2995 Rim Thickness Factor KB

2995 Geometry Factors I and J

2995 Transmitted Tangential Load, Wt

2996 Dynamic Factors, Cv and Kd

2998 Application Factors, Ca and Ka

2998 Service Factors, CSF and KSF

2999 Elastic Coefficient,Cp

2999 Surface Condition Factor, Cf

TABLE OF CONTENTS ADDITIONAL ONLY ON THE CD

(Continued)

GEARS AND GEARING

2999 Size Factors, Cs and Ks

2999 Load Distribution Factors, Cm

3003 Hardness Ratio Factor CH

3004 Life Factors CL and KL

3005 Localized Yielding

3005 Reliability Factors, CR and KR

3005 Temperature Factors CT and KT

3007 Worm Gearing

3007 Standard Design for Fine-pitch

3008 Formulas for Proportions of

3020 Pitch Diameter of Worm

3020 Addendum and Dedendum

3021 Outside Diameter of Wormgear

3021 Pressure Angles

3021 Designing Worm Gearing

Relative to Center Distance and

Ratio

3022 Efficiency of Worm Gearing

3026 Self-locking or Irreversible Worm

3039 Lumber Water Content

3040 Dimensioning, Gaging, amd Measuring

3040 Transfer Calipers

3040 Wheatstone Bridge

3041 Tools and Tooling

3041 Rotary Files and Burs

3041 Tooth-rest for Cutter Grinding

TABLE OF CONTENTS ADDITIONAL ONLY ON THE CD

3045 Threads and Threading

3045 History of Briggs Pipe Thread

↓ 1° or 181° Trigonometric and Involute Functions 178 ° or 358° ↓

utes Cosine Sine Cotangent Tangent Cosecant Secant

ReadDown

88°–89°

InvoluteMin-utes

↓ 2° or 182° Trigonometric and Involute Functions 177 ° or 357° ↓

utes Cosine Sine Cotangent Tangent Cosecant Secant

ReadDown

87°–88°

InvoluteMin-utes