Unit Operations of Chemical Engineering
This is the most comprehensive of all current chemical engineering texts on unit operations. It covers fluid mechanics, heat transfer, mass transfer, and solids handling. It covers a balanced treatment of theory and engineering practice, with many practical illustrative examples included. It includes a mass transfer section containing chapters on absorption and membrane operations - topics not often covered in unit operations textbooks.
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Fluid Flow Phenomena
Basic Equations of Fluid Flow
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absorbed absorption applies assumed average becomes boiling bottom calculated called coefficient column component concentration condenser constant containing cooling crystals curve defined density depends diameter difference diffusion direction distillation dryer drying effect energy entering equal equation equilibrium example exchanger extraction factor feed FIGURE flow rate fluid flux force fraction given gives gradient greater heat transfer heat-transfer ideal impeller increases layer leaving length less liquid lower mass material measured membrane mixing mixture mole needed operating operating line overall packed particles passes percent phase pipe plate pressure pressure drop pump radiation range ratio reflux resistance Reynolds number separation shown in Fig shows solid solution stage stream surface tank temperature term tion tower tube turbulent unit usually vapor velocity viscosity volume wall