Chemical Engineering: Fluid flow, heat transfer, and mass transfer

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Pergamon Press, 1954 - Chemical engineering - 449 pages

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Contents

INTRODUCTION 11
11
FRICTION IN PIPES AND CHANNELS
28
FLOW MEASUREMENT
74
Copyright

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Chemical Engineering: Fluid flow, heat transfer, and mass transfer
John Metcalfe Coulson
Snippet view - 1954

Common terms and phrases

acid adiabatic saturation temperature boiling boundary layer calculated centipoises Chem compression condensation constant convection cooling curve cylinder D₂ delivery density diameter diffusion direction of flow distance eddy enthalpy equation Ethyl film coefficient flow rate fluid flowing force frictional losses gases given gradient H₁ heat transfer coefficient humidity ideal gas increase isentropic isothermal kinetic energy laminar sub-layer liquid logarithmic mean mass rate mass transfer maximum meter molecular molecules momentum obtained orifice P₁ P₂ partial pressure pipe piston plane Prandtl pressure drop pu² pump R/pu² radiation rate of flow rate of transfer ratio relation Reynolds analogy Reynolds Number shear stress shown in Fig specific heat steam surface T₁ T₂ temperature difference thermal conductivity thickness tube turbulent flow u₁ unit area unit mass v.dp V₁ vapour velocity venturi meter viscosity volume wet bulb temperature ди ду

Bibliographic information

TitleChemical Engineering: Fluid flow, heat transfer, and mass transfer
Volume 1 of Chemical Engineering, John Metcalfe Coulson
McGraw-Hill series in chemical engineering
AuthorJohn Metcalfe Coulson
Edition3
PublisherPergamon Press, 1954
ISBN008020614X, 9780080206141
Length449 pages
  
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