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HEAT TRANSFER LABORATORY: Orientation, Protocol and Design Methodology

Author(s) Mukund H Divekar, Nitin V Bhate
Year of Publication 2014
Edition First Edition
Pages 200
Cover Type Soft Cover
Size 7" x 9"
ISBN-13 978-81-87972-90-7

Availability: In stock

List Price: ₹195.00

Discount: 20%

Net Price ₹156.00

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About the Book

About The Book

From the Preface...

The first edition was published in 1995 and a revised reprint in 2008. It has been noted that with some changes it could be significantly improved. This second edition is the result of such changes.

The major improvement is the addition of the mass transfer supplement by Professor Sameer Dalvi. With this addition, the book can be used in all the schools whether the mass transfer is taught or not.

Some of the materials have been rearranged. The general one-dimensional conduction equation with the variable area of cross section is introduced earlier in chapter 2 and its applications to several problems along with the derivation of the equations from first principles are illustrated through several examples. Similarly, in the chapter on Heat Exchangers, both the NTU and LMTD methods of analysis are first presented, followed by
the solution of several problems using both methods in each. Some explanations have been made more compact and some rewritten. Several figures and materials considered unnecessary for an understanding of the subject have been deleted. Convective heat transfer coefficient has been replaced by the surface heat transfer coefficient where appropriate. A section on heat transfer with jet impingement is added. Properties of
several materials have been updated. Updated references (appendices 2 through 7), which are used infrequently have been shifted to the accompanying CD.

To the faculty teaching heat transfer: I believe the book has sufficient material for two courses, an introductory course, and an advanced course. In the introductory course, it is recommended that the material in chapters 1, 2, 4, 6, 7, and 9 be presented. Time permitting chapter 10 on Multimode Heat Transfer, and those sections of interest to the faculty in chapters 3, 5, and 8 may be included in the first course. In the second course, the remaining topics and material in chapters 3, 5, 8, 10, 11, and 12 may be presented. The solutions to many example problems start with conceptual solutions (with a gray background). Those solutions are roadmaps for the solutions. I hope the instructors find the conceptual solutions important enough to impress on the students that they should also begin the solutions to assigned problems with similar conceptual solution.

To the students: I have endeavored to make the text student-centric. In the example problems, all concepts have been explained in detail. I strongly recommend that the students begin the solutions to assigned problems with a conceptual solution. Examples of such conceptual solutions to many example problems can be found with a gray background. With all the improvements I hope the instructors and students will find the book more useful.

Contents

Contents

Laboratory Orientation and Design Methodology: Laboratory Orientation. Design Methodology. Sources of Error and their Minimization

Conduction: Thermal Conductivity of Metals. Thermal Conductivity of Solids. Two Dimensional Heat Conduction (Electrical Analog). Heat Transfer in a Finned Tube. Pin Fin Apparatus

Convection: Heat Transfer by Natural Convection. Heat Transfer in Laminar Flow. Heat Transfer in Turbulent Flow

Radiation: Determination of Absorptivity.

Heat Transfer Equipment: Heat Transfer in an Agitated Vessel (Unsteady-state Operation). Heat Transfer in an Agitated Vessel (Steady-state Operation). Shell and Tube Heat Exchanger. Plate Heat Exchanger. Heat Transfer in Packed Beds. Heat Transfer in Fluidized Beds. Calandria Evaporator

References 

About the Author

About the author

Prof. Mukund H. Divekar is an Adjunct Professor of Chemical Engineering at Indian Institute of Technology, Gandhinagar. He served in the Chemical Engineering Department of The M. S. University of Baroda in various capacities for 32 years. He received his Ph.D. degree from Indian Institute of Technology, Bombay (1977). His research interests are in Fluid Flow, Heat Transfer and Process Control. He has successfully designed and introduced a number of cost-effective, self-contained, self-sustained and result oriented experiments in the U.G. laboratories.

Nitin V Bhate is an associate professor of Chemical Engineering at The Maharaja Sayajirao University of Baroda. He received his Ph.D. from Indian Institute of Technology (IIT), Bombay in 2008. He was involved in Development and up-gradation of UG Chemical Engineering Laboratories in IIT Bombay during 2005-2006. His research interest involves Chemical Reaction Engineering, Thermodynamics and Design of innovative Experimental Set-ups and Polymer Degradation and Processing. His Experience is spread over 2 years Industrial, 10 years Research, 13 Years Teaching

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Key features

Key features

  • The rationale for the design of laboratory experiments.
  • Protocol for performing the experiments.
  • Time and motion studies of experimentation
  • Inter-relationship between Theory, Experiment and Analysis (TEA).
  • Useful for Experimentation, Analysis and Theory (EAT) for research
Readership

Readership

This book will be useful for academicians, students, researchers of Chemical, Mechanical and allied branches of Engineering and professionals in thermal data generation.

Expert's Reviews

Experts Reviews

Prof.P. Chattopadhyay, Department of Mechanical Engineering, Om Dayal College of Engineering & Architecture, Verdana, WB, India: "The Book is a nice fit for any B.Tech Mechanical Heat Transfer Lab."

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