Page 464 - Civil Engineering Formulas

390 INDEX

Conversion table, typical, 2 Grit chamber, design of, 383
Crack control, 128 Groups of piles, 107–109
Culverts, highway, designing,
285–290 Hardened-state properties of concrete,
127
Darcy–Weisbach formula, 302 Highway and road formulas,
Design methods, 118–127 275–290
beams, 118–123 American Association of State
columns, 123–127 Highway and Transportation
Direct design method for flat-plate Officials (AASHTO),
concrete slabs, 144 279–280
Distance measurements in surveying, circular curves, 275–277
177–180 equations of, 276
culverts, highway, designing,
Earth dams, 356–359 285–290
seepage in, 357 allowable wall stress, 288
slope protection, 358 American Iron and Steel Institute
wave action on, 359 (AISI) design procedure,
Earthmoving formulas, 196–197 286–290
Elastic–curve equations for prismatic bolted seams, checking of,
beams, 32–38 290
Environmental protection, handling stiffness, 289
361–383 ring compression, 287
Expansion, temperature, of pipe, wall thickness, 289
313 highway alignments, 279
curves and driver safety, 278
Factors, adjustment, for lumber, stopping sight distance, 279
164–169 stationing, 279
conversion, 2–9 interchanges, types of, 282
Fasteners, for wood, 169 parabolic curves, 277
Fixed-end moments, 42–46, 78 equations of, 278
chart for, 42 street and maneuvering space,
Flat-plate construction, 142 284
Flat-slab construction, 142 structural numbers for flexible
Forest Products Laboratory, 162 pavements, 281
Foundation stability analysis, transition (spiral) curves, 284
109–112 turning lanes, 283
Hooks on bars, for concrete, 133
Geometric properties of sections, Hydraulic turbines, 344–347
13–20 selecting rotative speed, 345
Grading of lumber, 157 speed drop, 347
Gravity dams, 348 speed rise, 347
Gravity retaining walls, water hammer in penstocks,
150–153 346