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Now showing items 1-10 of 11
Flow analysis of distribution systems containing elevated reservoirs by the Hardy Cross method
(Georgia Institute of Technology, 1955-12)
Unsteady flow in a smooth pipe after instantaneous opening of a down stream value Part I Mean flow characteristics-velocity
(Georgia Institute of Technology, 1955-12)
Energy loss due to diametric cylindrical obstructions in pipes
(Georgia Institute of Technology, 1953-08)
Unsteady flow in a smooth pipe after instantaneous opening of a downstream valve Part II Transition from laminar to turbulent flow
(Georgia Institute of Technology, 1955-08)
Abrupt enlargements in smooth and rough pipes
(Georgia Institute of Technology, 1955-08)
Abrupt enlargements in circular pipes
(Georgia Institute of Technology, 1956-08)
Determination of pipe stresses in industrial plants
(Georgia Institute of Technology, 1958-08)
Unsteady flow in a smooth pipe after instantaneous opening of a downstream valve Part III Mean flow characteristics--Pressure and boundary shear
(Georgia Institute of Technology, 1956-08)
An investigation of the effect of pipe diameter and particle size of pickup velocity in hydraulic conveying
(Georgia Institute of Technology, 1956-08)
Effect of heating upon mass flow rate through ports of a manifold
(Georgia Institute of Technology, 1957-05)