Design of fluid thermal systems /
Janna, William S.
Design of fluid thermal systems / William S. Janna. - 4th ed. - Mason, OH : Cengage Learning, c2015. - xv, 640 p. : ill. ; 23 cm.
engineering bookfair2015
Includes bibliographical and index.
Machine generated contents note: 1.1.The Design Process --
1.2.The Bid Process --
1.3.Approaches to Engineering Design --
1.4.Design Project Example --
1.5.Project Management --
1.6.Dimensions and Units --
1.7.Summary --
1.8.Questions for Discussion --
1.9.Show and Tell --
1.10.Problems --
2.1.Fluid Properties --
2.2.Measurement of Viscosity --
2.3.Measurement of Pressure --
2.4.Basic Equations of Fluid Mechanics --
2.5.Summary --
2.6.Show and Tell --
2.7.Problems --
3.1.Pipe and Tubing Standards --
3.2.Equivalent Diameter for Noncircular Ducts --
3.3.Equation of Motion for Flow in a Duct --
3.4.Friction Factor and Pipe Roughness --
3.5.Minor Losses --
3.6.Series Piping Systems --
3.7.Flow Through Noncircular Cross Sections --
3.8.Summary --
3.9.Show and Tell --
3.10.Problems --
4.1.The Optimization Process --
4.2.Economic Pipe Diameter --
4.3.Equivalent Length of Fittings --
4.4.Graphical Symbols for Piping Systems --
4.5.System Behavior --
4.6.Support Systems for Pipes --
Contents note continued: 4.7.Summary --
4.8.Show and Tell --
4.9.Problems --
5.1.Flow in Pipe Networks --
5.2.Pipes in Parallel --
5.3.Measurement of Flow Rate --
5.4.The Unsteady Draining Tank Problem --
5.5.Summary --
5.6.Show and Tell --
5.7.Problems --
6.1.Types of Pumps --
6.2.Pump Testing Methods --
6.3.Cavitation and Net Positive Suction Head --
6.4.Dimensional Analysis of Pumps --
6.5.Specific Speed and Pump Types --
6.6.Piping System Design Practices --
6.7.Fans and Fan Performance --
6.8.Summary --
6.9.Show and Tell --
6.10.Problems --
6.11.Group Problems --
7.1.Conduction of Heat Through a Plane Wall --
7.2.Conduction of Heat Through a Cylinder Wall --
7.3.Convection-The General Problem --
7.4.Convection Heat Transfer Problems --
7.5.Optimum Thickness of Insulation --
7.6.Summary --
7.7.Problems --
8.1.The Double Pipe Heat Exchanger --
8.2.Analysis of Double Pipe Heat Exchangers --
8.3.Effectiveness-NTU Analysis --
8.4.Design Considerations --
8.5.Summary --
Contents note continued: 8.6.Show and Tell --
8.7.Problems --
9.1.Shell and Tube Heat Exchangers --
9.2.Analysis of Shell and Tube Exchangers --
9.3.Effectiveness-NTU Analysis --
9.4.Increased Heat Recovery --
9.5.Design Considerations --
9.6.Optimum Outlet Temperature Analysis --
9.7.Show and Tell --
9.8.Problems --
10.1.The Plate and Frame Heat Exchanger --
10.2.Analysis of Plate and Frame Heat Exchangers --
10.3.Cross Flow Heat Exchangers --
10.4.Summary --
10.5.Show and Tell --
10.6.Problems.
Designed to serve senior-level engineering students taking a capstone design course in fluid and thermal systems design, this book begins with a discussion of design methodology, including the process of bidding to obtain a project, and project management techniques.
9781305076075 1305076079
2013957152
Heat exchangers--Design and construction.
Piping--Design and construction.
621.4025 / J.W.D
Design of fluid thermal systems / William S. Janna. - 4th ed. - Mason, OH : Cengage Learning, c2015. - xv, 640 p. : ill. ; 23 cm.
engineering bookfair2015
Includes bibliographical and index.
Machine generated contents note: 1.1.The Design Process --
1.2.The Bid Process --
1.3.Approaches to Engineering Design --
1.4.Design Project Example --
1.5.Project Management --
1.6.Dimensions and Units --
1.7.Summary --
1.8.Questions for Discussion --
1.9.Show and Tell --
1.10.Problems --
2.1.Fluid Properties --
2.2.Measurement of Viscosity --
2.3.Measurement of Pressure --
2.4.Basic Equations of Fluid Mechanics --
2.5.Summary --
2.6.Show and Tell --
2.7.Problems --
3.1.Pipe and Tubing Standards --
3.2.Equivalent Diameter for Noncircular Ducts --
3.3.Equation of Motion for Flow in a Duct --
3.4.Friction Factor and Pipe Roughness --
3.5.Minor Losses --
3.6.Series Piping Systems --
3.7.Flow Through Noncircular Cross Sections --
3.8.Summary --
3.9.Show and Tell --
3.10.Problems --
4.1.The Optimization Process --
4.2.Economic Pipe Diameter --
4.3.Equivalent Length of Fittings --
4.4.Graphical Symbols for Piping Systems --
4.5.System Behavior --
4.6.Support Systems for Pipes --
Contents note continued: 4.7.Summary --
4.8.Show and Tell --
4.9.Problems --
5.1.Flow in Pipe Networks --
5.2.Pipes in Parallel --
5.3.Measurement of Flow Rate --
5.4.The Unsteady Draining Tank Problem --
5.5.Summary --
5.6.Show and Tell --
5.7.Problems --
6.1.Types of Pumps --
6.2.Pump Testing Methods --
6.3.Cavitation and Net Positive Suction Head --
6.4.Dimensional Analysis of Pumps --
6.5.Specific Speed and Pump Types --
6.6.Piping System Design Practices --
6.7.Fans and Fan Performance --
6.8.Summary --
6.9.Show and Tell --
6.10.Problems --
6.11.Group Problems --
7.1.Conduction of Heat Through a Plane Wall --
7.2.Conduction of Heat Through a Cylinder Wall --
7.3.Convection-The General Problem --
7.4.Convection Heat Transfer Problems --
7.5.Optimum Thickness of Insulation --
7.6.Summary --
7.7.Problems --
8.1.The Double Pipe Heat Exchanger --
8.2.Analysis of Double Pipe Heat Exchangers --
8.3.Effectiveness-NTU Analysis --
8.4.Design Considerations --
8.5.Summary --
Contents note continued: 8.6.Show and Tell --
8.7.Problems --
9.1.Shell and Tube Heat Exchangers --
9.2.Analysis of Shell and Tube Exchangers --
9.3.Effectiveness-NTU Analysis --
9.4.Increased Heat Recovery --
9.5.Design Considerations --
9.6.Optimum Outlet Temperature Analysis --
9.7.Show and Tell --
9.8.Problems --
10.1.The Plate and Frame Heat Exchanger --
10.2.Analysis of Plate and Frame Heat Exchangers --
10.3.Cross Flow Heat Exchangers --
10.4.Summary --
10.5.Show and Tell --
10.6.Problems.
Designed to serve senior-level engineering students taking a capstone design course in fluid and thermal systems design, this book begins with a discussion of design methodology, including the process of bidding to obtain a project, and project management techniques.
9781305076075 1305076079
2013957152
Heat exchangers--Design and construction.
Piping--Design and construction.
621.4025 / J.W.D