Machinery’s Handbook, 31st Edition
Index
2899
C onversion
( continued )
C oppers and copper-base alloys passivation 1638, 1640 plating 1642 powdered metal alloys 390 specific heat 373 speeds
( continued )
Celsius to Fahrenheit temperatures 2870 centimeter to inch 2840 cutting speed and diameter to rpm 1085, 1314 cutting speed formulas 1084, 2178 density units 2859 energy units 2868 Fahrenheit and Celsius temperatures 2870 flow units 2857 foot-pounds into Btu 2866 force units 2863 fractional inch to millimeter 2839 hardness 505–508 horsepower into kilowatts 2866 millimeter to fractional inch 2839 moment and torque units 2864 moment of inertia units 2874 newton-meters into pound-inches 2864 pound-inches into newton-meters 2864 pounds-force into newtons 2864 power and heat 103, 104, 107, 2865 power units 2868 pressure units 2863 UK gallons into liters 2853 US gallons into liters 2853 velocity units 2873 viscosity 2873 work units 2868 C onvex arbor-type milling cutters 890 C oolants for lapping 1341 machining aluminum 1256 magnesium 1257–1258 tool sharpening 1067–1068 zinc alloys 1258 tapping 2178 C oordinate system, converting 46–47 C opolymers 557 C oppers and copper-base alloys classification 511 coefficient of expansion 373 coloring 1638 composition 512–524 section modulus units 2874 thermal conductance 2869 torque units 2864
for drilling and reaming 1140 for turning and milling 1105
tensile strength 388, 512–524 thermal conductivity 373 UNS number 511–524 wire 2704 yield strength 388, 512–524 C opper- and iron-base sintered bearings 2442–2443 C opper-base powdered alloys density 390 elongation 390 hardness 390 rupture strength 390 ultimate strength 390 yield strength 390 C opper Development Association 395 C ordeaux thread 2120 C ore drills 953 C orner-rounding milling cutters 875, 890 C orrosion 548 corrosion types and methods of prevention 548 chemical corrosion 548 dry and high-temperature corrosion 548 electrochemical corrosion 548
anodic protection 549 cathodic protection 549 wet and damp/atmospheric corrosion 549 galvanic corrosion 549 galvanic compatibility 549 protective area ratios for galvanic couples 552 uniform (general) corrosion 548 hydrogen embrittlement 554 intergranular corrosion 553 microbiologically influenced corrosion (mic) 553 pitting corrosion 553 selective leaching (dealloying) 553 stress corrosion cracking 553 tribocorrosion 554 corrosion fatigue 554 crevice corrosion 553
effects of corrosion 553
copper-silicon alloys 525 copper-zinc-tin alloys 525 strength 391 density 373 elongation 388, 512–524 hardness 388 lead bearings 2436–2439 machinability 512–524 melting points 373
C orrosion-resisting alloys 413–415, 510, 526 C osecant 95–96 C osine, law of 96
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