fundamentals of engineering supplied-reference handbook - Ventech!

compressible fluid, 50
compression ratio, 212
concentration in the atmosphere, 110
concentrations of vaporized liquids, 110
concrete, 85
concurrent forces, 25
condensation
outside horizontal tubes, 69
pure vapor on a vertical surface, 69
conduction, 67
through a plane wall, 67
conductive heat transfer, 70
confidence interval, 19
confidence interval for a, 17, 192
confidence interval for b, 17, 192
conic section equation, 4
conic sections, 3
construction, 140
continuity equation, 45
continuous distillation (binary system), 106
continuous stirred tank reactor (CSTR), 105
continuous stirred tank reactors in series, 105
control systems, 88
convection, 67, 105
convolution, 174
cooling and dehumidification, 210
cooling load, 217
coordination number, 82
corollary, 60
corrosion, 82
CPM precedence relationships (activity on node), 140
creep, 83
critical depth, 136
Critical Path Method (CPM), 195
critical values of the F distribution table, 22
critical values of x 2 – table, 23
critically damped, 12, 89
crystallography, 82
CSF, 155
current, 167
curvature in rectangular coordinates, 8
curvature of any curve, 8
cyclone 50% collection efficiency for particle diameter, 146
cyclone collection efficiency, 146
cyclone dimensions, 146
cyclone separator, 146
cylindrical pressure vessel, 38
Darcy's Equation, 111
Darcy's law, 135
data quality objectives (DQO) for sampling soils and solids, 151
DC machines, 172
deflection of beams, 42
deflection of trusses and frames, 114
deflectors and blades, 49
degrees of reduction, 76
DeMorgan's theorem, 187
density, specific volume, specific weight, and specific gravity, 44
depreciation, 93
depth of sorption zone, 161
derivative, 8
derivatives and indefinite integrals, 9
design criteria for sedimentation basins, 162
design data for clarifiers for activated-sludge systems, 162
design of experiments two-way anova table, 196
determinants, 6
Deutsch equation, 147
D
220
difference equations, 13, 174
differential (simple or Rayleigh) distillation, 106
differential calculus, 8
differential equations, 12
diffusion, 82, 105
diffusion coefficient, 82
digital signal processing, 175
dimensional homogeneity and dimensional analysis, 52
dimensionless group equation (Sherwood), 105
dimensions, 163
diodes, 183
dispersion, mean, median, and mode value, 15
displacement volume, 212
distortion-energy theory, 40
distribution, 16, 17
dose-response curve, 155
DQO, 151
drag coefficients for spheres, disks, and cylinders, 55
dual linear program, 189
earthwork formulas, 142
effect of overburden pressure, 150
effective or RMS values, 169
effective stack height, 143
elastic strain energy, 42
electrochemistry, 78
electrodialysis, 163
electromagnetic dynamic fields, 172
electron, 76
electrostatic fields, 167
electrostatic precipitator, 147
electrostatics, 167
ellipse, 3, 10
endurance limit, 40
endurance limit modifying factors, 41
endurance test, 83
energy balance, 76
energy line (Bernoulli equation), 47
engineering strain, 38
enhancement MOSFET (low and medium frequency), 186
entropy, 60
entropy change for solids and liquids, 60
equilibrium constant of a chemical reaction, 78
equimolar counter-diffusion (gases), 105
equipment requirements, 194
equivalent mass, 78
ergonomics, 194
hearing, 201, 202
essential prime implicant, 188
ethers, 101
Euler's
formula, 42
identity, 5
Euler's approximation, 14
exponentially weighted moving average, 191
E
facility planning, 194
factorial experiments, 192
facultative pond, 161
fan characteristics, 211
fans, pumps, and compressors, 211
Faraday's law, 78, 167
fastener groups in shear, 206
fatigue loading, 205
feed condition line, 106
F