101 Solved Civil Engineering ProblemsWorking typical problems offers invaluable practice for the civil engineering PE exam. Problems in 101 Solved Civil Engineering Problems written in realistic exam format to familiarize the examinee with the variety and difficulty of questions on the exam. All exam subjects are represented, and solutions are included.This new edition of 101 Solved Civil Engineering Problems has been updated to reflect the 1994 UBC (the version of the code currently tested on the exam.) |
Contents
FLUID MECHANICS | 3 |
HYDRAULIC MACHINES | 7 |
WATER SUPPLY ENGINEERING | 15 |
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27 kips AASHTO AISC Assume average beam BOD5 bolts Calculate capacity cell channel Check clay coefficient column concrete continuity equation curve dead load deflection density depth diameter energy equation Engineering factor of safety flow rate footing friction ft-kips ft-lbf ft² ft3 ft3 ft3 sec ft³/sec gal/day gal/min Hazen-Williams equation Highway Capacity Manual in-kips in/hr in¹ in² in2 kips in³ intersection joists kips ft kips in2 kips/ft kips/in² layer lbf ft3 lbf in2 lbf lbf lbf/ft³ lbf/in² length Manual minimum moment of inertia Moody diagram peak pile pipe pressure psig pump runoff sand sec² self-weight shear slope sludge soil Solving specific gravity steel storm stress Table tank temperature tion traffic values vehicles vehicles/hr velocity vertical volume waste wastewater weight weld width yields