Page 345 - Mechanical Engineer's Data Handbook

INDEX 333

Cotton wool, thermal conductivity, I31 core drills, 179 impulse-reaction turbine. I I5
Couplings see shafts cutting lubricants. 181 steam regencrativc cyclc. I I3
CP (cellulose proprionate). 242 drill angles. 182 vapours. 1067
Crane hooks, bending stresses, 29 helix and point angles. 179 Entropy.
CSM (chlorosulphonated polyethylene) metals. cutting and feed speeds, I80 gases. 103
rubbers. 249 plastics. cutting and feed speeds. 180 vapours, 106. 107
Cupronickel, reamers, 179 EP (ethylene propylenc) rubbcrc. 249
applications, 230 Drop forging. 199-200 Epicyclic gears, 100
corrosion resistance. 241 Dryness fraction, Epon resins. 245
Cutting, gas flame. 210 steam regenerative cycles. I13 Epoxies.
Cutting fluid applications, 195-6 vapours. 106. 107 adhesives for. 255
Cutting power and speed for turning, Dunkerley's method. frequency of beam properties and applications. 245. 247.
I734 vibration. 32 248
Cutting tool materials, Duralium, expansion coefficient, 265 thermal conductivity. I3 I
carbides. 189. 191 Dynamic balancing. 69-70 Epoxy phenolic adhesivcs. 254
ceramic tools, 191 Dynamometers. Epoxy polyamide adhesives. 254
steels. 189-90 eletric generator. 90 Epoxy polysulphide adhesives. 254
Cutting tools see Turning fluid brake, 90 Epoxy resin adhesives. 254
Cyanoacrylate adhesives, 253 friction brake. 90 Epoxy silicone adhesives. 254
Cylinders, ETFE (ethylcnctctrafluoroethylcnc). 243
centre of percussion. 60 Earth. basic parameters, 62 Ethane.
shrink fit, Ebonite. coefficient of expansion. 265 density. 264
stresses and pressures, 50 Efficiency. formula and molecular weight. 140
thermal shrinkage. 50 automobiles, 78-9 Specific heat Capacity. gdS COnStdnt and
thick, stress with internal pressure, 49 boilers. 144 molecular weight. I10
thin. centrifugal pumps, 1667 Ethanol (ethyl alcohol).
buckling with external pressure. 48 gas turbines. 117-18 boiling point. 109
hemispherical ends. distortion and heat engines. I20 cubical expansion. 265
stress, 49 heat transfer by fins. 130 density. 264
short with circular ends, 49 internal combustion engines. 121-3 formula and molecular weight. 140
stress with internal pressure, 48 machines. 63 freezing point, 266
Roots blower, 125 latent heat of evaporation. 108
DAP (diallylphthalate), 244 screw threads. 75.84 specific heat capacity. I IO
adhesives for, 255 spur gears. 97 thermal conductivity. 131
Darcet's alloy. 237 steam plant. 113-16 Ether.
Deflection. water turbines, 170-1 boiling point. 109
beams see Beams. bending worm gears, 99 cubical expansion. 265
flat plates. 53-5 Elastomers see Rubber latent heat of evaporation, IO8
see also Bending Electrical properties, Ethyl alcohol .we Ethanol
Density. good conducting materials, 261 Ethyl cellulose. adhesives for. 255
SI equivalents. 292 good insulating materials, 261 Ethyl chloride, thermal conductivity. I3 I
various materials. 2634 high resistance materials. 261 Ethylene glycol, freezing point. 266
DERV, analysis. 145 semiconducting materials. 261 Ethylene propylene (EP) rubbers. 249
Dial gauge (dial test indicator). 268 Electrolytes, resistance temperature Ethylenctetrafluoroethylene (ETFE). 243
Diallylisophthalate (DIAP). 244 coefficient. 277 Ethylene-vinyle acetate (EVA), 242. 246
Diallylphthalate (DAP). 244 Elm (timber). mechanical properties. 250 Euler theory. struts buckling. 47
adhesives for, 255 Emissivity of surfaces. heat. 1367 EVA (ethylene-vinylc acetate), 242. 246
Dialomite. thermal conductivity, 131 Endurance limit see Fatigue Exergy, gases. 1034
Diamonds. Energy. Expanded polystyrene. thermal
coefficient of expansion, 265 kinetic. 58-9 conductivity. I3 I
as a cutting material. 189 potential. 59 Extensometer. 271
DIAP (diallylisophthalate). 244 rotational kinetic. 59 Extrusion.
Diatomaceous earth, thermal conductivity. SI equivalents. 292-3 cold, 201
131 stored in flywheel. 71 hot. 201
Die casting see Casting strain, 59 impact. 201
Diesel. Energy equations, gases. 103 process characteristicb. I72
analysis, 145 Engine cycles see Heat engine cycles
calorific value. 144 Engineering stock, steel section see Steel Factor of safety (FS).
Diesel (constant-pressure) heat engine section engineering stock common components. 309
cycle, 119-20 Engines. common materials. 308
Douglas fir (timber), properties and bearings. 9 I definition. 5-6.308
permitted stresses. 250 internal combustion. Failure. theories of, 5-6
Drag coefficients. various bodies in a gas, compression-ignition, I22 Fans. centrifupal.
161-5 four stroke spark ignition. I2&1. 122 backward curved. 169
Drawing. performance curves. 122-3 forward curvcd. 169
flat metal blanks. 200 timing diagrams. 122 radial vane. 169
metal processing, general characteristics. two-stroke spark ignition. 121-2 Fasteners.
I72 reciprocating movement formulae. 70-1 bolted or rivctcd brackets. I I
press tools for. 203 Enthalpy. bolts and bolted joints. 8-1 I. 2934
Drilling, gases. 103 bolt$ in shcar. 11-12