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Design of Fluid Thermal Systems / William S. Janna, SI edition prepared by Raj P. Chhabra.

By: Contributor(s): Material type: TextPublication details: Stamford : Cengage Learning, c2015.Edition: 4th ed. SI editionDescription: xv, 640 p. : ill. ; 24 cmISBN:
  • 1305076079
  • 9781305076075
Subject(s): DDC classification:
  • 621.8672 23 JAN
Contents:
The design process -- The bid process -- Approaches to engineering design -- Design project example -- Project management -- Dimensions and units -- Fluid properties -- Measurement of viscosity -- Measurement of pressure -- Basic equations of fluid mechanics -- Pipe and tubing standards -- Equivalent diameter for noncircular ducts -- Equation of motion for flow in a duct -- Friction factor and pipe roughness -- Minor losses -- Series piping systems -- Flow through noncircular cross sections -- The optimization process -- Economic pipe diameter -- Equivalent length of fittings -- Graphical symbols for piping systems -- System behavior -- Support systems for pipes -- Flow in pipe networks -- Pipes in parallel -- Measurement of flow rate -- The unsteady draining tank problem -- Types of pumps -- Pump testing methods -- Cavitation and net positive suction head -- Dimensional analysis of pumps -- Specific speed and pump types -- Piping system design practices -- Fans and fan performance -- Conduction of heat through a plane wall -- Conduction of heat through a cylinder wall -- Convection--the general problem -- Convection heat transfer problems -- Optimum thickness of insulation -- The double pipe heat exchanger -- Analysis of double pipe heat exchangers -- Effectiveness-NTU analysis -- Design considerations -- Shell and tube heat exchangers -- Analysis of shell and tube exchangers -- Effectiveness-NTU analysis -- Increased heat recovery -- Design considerations -- Optimum outlet temperature analysis -- The plate and frame heat exchanger -- Analysis of plate and frame heat exchangers -- Cross flow heat exchangers.
Holdings
Item type Current library Call number Status Barcode
Short Loan Books Hamu Mukasa Library - Law and Science section; Level 3 Closed Access l Short Loan 621.8672 JAN (Browse shelf(Opens below)) Available 145246
Short Loan Books Hamu Mukasa Library - Law and Science section; Level 3 Closed Access l Short Loan 621.8672 JAN (Browse shelf(Opens below)) Available 145247
Short Loan Books Hamu Mukasa Library - Law and Science section; Level 3 Closed Access l Short Loan 621.8672 JAN (Browse shelf(Opens below)) Available 145248
Short Loan Books Hamu Mukasa Library - Law and Science section; Level 3 Closed Access l Short Loan 621.8672 JAN (Browse shelf(Opens below)) Available 145249
Short Loan Books Hamu Mukasa Library - Law and Science section; Level 3 Closed Access l Short Loan 621.8672 JAN (Browse shelf(Opens below)) Available 145332

Includes bibliographical references and index.

The design process -- The bid process -- Approaches to engineering design -- Design project example -- Project management -- Dimensions and units -- Fluid properties -- Measurement of viscosity -- Measurement of pressure -- Basic equations of fluid mechanics -- Pipe and tubing standards -- Equivalent diameter for noncircular ducts -- Equation of motion for flow in a duct -- Friction factor and pipe roughness -- Minor losses -- Series piping systems -- Flow through noncircular cross sections -- The optimization process -- Economic pipe diameter -- Equivalent length of fittings -- Graphical symbols for piping systems -- System behavior -- Support systems for pipes -- Flow in pipe networks -- Pipes in parallel -- Measurement of flow rate -- The unsteady draining tank problem -- Types of pumps -- Pump testing methods -- Cavitation and net positive suction head -- Dimensional analysis of pumps -- Specific speed and pump types -- Piping system design practices -- Fans and fan performance -- Conduction of heat through a plane wall -- Conduction of heat through a cylinder wall -- Convection--the general problem -- Convection heat transfer problems -- Optimum thickness of insulation -- The double pipe heat exchanger -- Analysis of double pipe heat exchangers -- Effectiveness-NTU analysis -- Design considerations -- Shell and tube heat exchangers -- Analysis of shell and tube exchangers -- Effectiveness-NTU analysis -- Increased heat recovery -- Design considerations -- Optimum outlet temperature analysis -- The plate and frame heat exchanger -- Analysis of plate and frame heat exchangers -- Cross flow heat exchangers.

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