387Activated sludge reactor, design of,
364
Adjustment factors for lumber,
169
Aerated grit chamber, design of,
383
Aerobic digester, design of, 374
Allowable bond stresses in concrete
beams, 124
Allowable loads for piles, 105
Allowable stress design for buildings,
208
Aluminum columns, design loads
for, 96
Anaerobic digester, design of,
377
Anderson formula, 200
Aquifers, 334
Arch dams, 350
Axial capacity of a single pile,
112
Axially loaded steel columns, 102
Balanced reinforcing of
concrete, 131
Beam formulas, 11–79
beams of uniform strength, 52
characteristics of loadings, 43
column formulas, 250–253
combined axial and bending loads,
72
continuous beams, 11, 39, 40
Beam formulas (Cont.):
curved beams, 65–69
eccentrically curved, 68
eccentric loading, 73–74
elastic diagrams, 21–31
elastic-curve equations for
prismatic beams, 32–38
elastic lateral buckling,
69–72
fixed-end moments, 78
natural circular and periods of
vibration, 74–76
rolling and moving loads,
53–65
safe loads for beams of various
types, 53–63
Castigliano’s theorem, 52
Maxwell’s theorem, 51
parabolic beam, 52
steel beam, 62
triangular beam, 52
ultimate strength of
continuous beams, 46–52
uniform strength, 52
unsymmetrical bending, 73
Blasting, vibration control in, 204
Bridge and suspension-cable
formulas, 249–274
allowable-stress design, 250
for bridge beams, 254
for bridge columns, 250–254
for shear, 249, 262