Transport Phenomena | By R. Byron Bird | 2nd Edition | Wiley Publication ( English Medium )

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Transport Phenomena | By R. Byron Bird | 2nd Edition | Wiley Publication ( English Medium ).

Transport phenomena is a well-established textbook that presents the three topics momentum, heat, and mass transport; and provides an analogous approach to studying these three topics. It is specifically designed for undergraduate and postgraduate level in the chemical Engineering curriculum. The textbook is centered around these topics covering the basics mechanisms, shell balance approach to develop governing equations, development, and application of equation of change to find the velocity and/or temperature and/or concentration Transport Phenomena" by R. Byron Bird, along with co-authors Warren E. Stewart and Edwin N. Lightfoot, is a globally recognized and widely used textbook in the field of chemical engineering, mechanical engineering, and applied physics. This 2nd Edition, published by Wiley, offers a deep and rigorous treatment of the three key transport processes—momentum transfer (fluid mechanics), heat transfer (energy transport), and mass transfer (molecular diffusion).

The book stands out for its mathematical rigor, clear derivations, and analytical problem-solving approach. With updated examples, illustrative diagrams, and a large collection of practice problems, the text is ideal for both undergraduate and graduate students. It strikes a balance between theoretical concepts and practical engineering applications, making it a foundational book in transport studies.

Key Features:

Unified Treatment of Momentum, Heat, and Mass Transfer

Extensive Use of Mathematical Modeling and Differential Equations

Fundamental Approach Based on First Principles

Hundreds of Solved Examples and Practice Problems

Real-World Applications Across Chemical and Mechanical Engineering

Updated Diagrams and Conceptual Illustrations

Problem-Solving Techniques Using Dimensional Analysis

In-Depth Focus on Boundary Layers and Laminar/Turbulent Flow

Coverage of Non-Newtonian Fluids and Multicomponent Systems

Essential for Advanced Engineering Courses and Competitive Exams

Concepts Supported by Practical Engineering Scenarios

Used Globally in Top Engineering Institutions

Chapters Include End-of-Section Exercises and Conceptual Questions

Strong Focus on Analytical as well as Numerical Techniques

Ideal Reference for Research and Industrial Applications

About the Author

R. Byron Bird (“Bob”) was born in Bryan, Texas, on 5 February 1924. After finishing high school in Washington, DC, he started chemical engineering at the University of Maryland in 1941. In mid-1943 he was inducted into the army, went through basic training in Alabama, and to Officer Candidate School in Edgewood Arsenal, Maryland. He was then assigned to the 90th Chemical Mortar Battalion, which soon sailed for Europe. Warren E. Stewart was born on 3 July 1924 in Whitewater, Wisconsin. He became famous as the first student in the history of the College of Engineering to graduate with a straight-A academic record. His MIT experience introduced him to numerical analysis and computational techniques, which proved to be essential at the dawn of the electronic computer age. In World War II, Warren enlisted in the U.S. Naval Reserve (1944–1946). He returned to Wisconsin as a Navy engineering trainee under the V-12 program, and after graduation served as a communications officer on the aircraft carrier USS Midway. Edwin N. Lightfoot (“Ed”) was born in Milwaukee, Wisconsin, on 25 September 1925.. The next three years he spent as a chemical engineer with the Charles Pfizer pharmaceutical company in Brooklyn, New York. He was invited to the University of Wisconsin as an assistant professor in 1953, with the idea of establishing an undergraduate curriculum in biochemical engineering. This curriculum was ahead of its time and was abandoned within a few years. Nonetheless Ed taught biochemical engineering in courses for seniors and graduate students and maintained a lively graduate research program.

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Product Details

SKU / BOOK Code:	Wil-Trnsprt-Phnmna-(E)
Publisher:	WIley Publication
Author:	R. Byron Bird
Binding Type:	Paperback
No. of Pages:	932
ISBN-10:	9354244459
ISBN-13:	978-9354244452
Edition:	2nd Edition
Language:	English Medium
Publish Year:	2025-04
Weight (g):	2500
Product Condition:	New
Reading Age:	Above 10 Years
Country of Origin:	India
Genre:	Textbooks & Study Guides
Manufacturer:	WIley Publication
Importer:	WIley Publication
Packer:	Fullfilled by Supplier

Product Description

Transport Phenomena | By R. Byron Bird | 2nd Edition | Wiley Publication ( English Medium ).

Transport phenomena is a well-established textbook that presents the three topics momentum, heat, and mass transport; and provides an analogous approach to studying these three topics. It is specifically designed for undergraduate and postgraduate level in the chemical Engineering curriculum. The textbook is centered around these topics covering the basics mechanisms, shell balance approach to develop governing equations, development, and application of equation of change to find the velocity and/or temperature and/or concentration Transport Phenomena" by R. Byron Bird, along with co-authors Warren E. Stewart and Edwin N. Lightfoot, is a globally recognized and widely used textbook in the field of chemical engineering, mechanical engineering, and applied physics. This 2nd Edition, published by Wiley, offers a deep and rigorous treatment of the three key transport processes—momentum transfer (fluid mechanics), heat transfer (energy transport), and mass transfer (molecular diffusion).

The book stands out for its mathematical rigor, clear derivations, and analytical problem-solving approach. With updated examples, illustrative diagrams, and a large collection of practice problems, the text is ideal for both undergraduate and graduate students. It strikes a balance between theoretical concepts and practical engineering applications, making it a foundational book in transport studies.

Key Features:

Unified Treatment of Momentum, Heat, and Mass Transfer

Extensive Use of Mathematical Modeling and Differential Equations

Fundamental Approach Based on First Principles

Hundreds of Solved Examples and Practice Problems

Real-World Applications Across Chemical and Mechanical Engineering

Updated Diagrams and Conceptual Illustrations

Problem-Solving Techniques Using Dimensional Analysis

In-Depth Focus on Boundary Layers and Laminar/Turbulent Flow

Coverage of Non-Newtonian Fluids and Multicomponent Systems

Essential for Advanced Engineering Courses and Competitive Exams

Concepts Supported by Practical Engineering Scenarios

Used Globally in Top Engineering Institutions

Chapters Include End-of-Section Exercises and Conceptual Questions

Strong Focus on Analytical as well as Numerical Techniques

Ideal Reference for Research and Industrial Applications

About the Author

R. Byron Bird (“Bob”) was born in Bryan, Texas, on 5 February 1924. After finishing high school in Washington, DC, he started chemical engineering at the University of Maryland in 1941. In mid-1943 he was inducted into the army, went through basic training in Alabama, and to Officer Candidate School in Edgewood Arsenal, Maryland. He was then assigned to the 90th Chemical Mortar Battalion, which soon sailed for Europe. Warren E. Stewart was born on 3 July 1924 in Whitewater, Wisconsin. He became famous as the first student in the history of the College of Engineering to graduate with a straight-A academic record. His MIT experience introduced him to numerical analysis and computational techniques, which proved to be essential at the dawn of the electronic computer age. In World War II, Warren enlisted in the U.S. Naval Reserve (1944–1946). He returned to Wisconsin as a Navy engineering trainee under the V-12 program, and after graduation served as a communications officer on the aircraft carrier USS Midway. Edwin N. Lightfoot (“Ed”) was born in Milwaukee, Wisconsin, on 25 September 1925.. The next three years he spent as a chemical engineer with the Charles Pfizer pharmaceutical company in Brooklyn, New York. He was invited to the University of Wisconsin as an assistant professor in 1953, with the idea of establishing an undergraduate curriculum in biochemical engineering. This curriculum was ahead of its time and was abandoned within a few years. Nonetheless Ed taught biochemical engineering in courses for seniors and graduate students and maintained a lively graduate research program.

Search Key - Transport phenomena by R. Byron Bird, , R. Byron Bird transport book 2nd edition, , Wiley transport phenomena textbook, , Bird Stewart Lightfoot transport phenomena, , Momentum heat and mass transfer textbook, , Fluid mechanics in transport phenomena, , Best book for transport phenomena, , Advanced chemical engineering textbooks, , Heat transfer R. Byron Bird, , Mass transfer concepts explained, , Engineering transport processes, , Transport phenomena solved problems, , Dimensional analysis in transport phenomena, , Laminar and turbulent flow equations, , Boundary layer theory transport, , Second edition transport phenomena review, , Non-Newtonian fluids mass transfer, , Chemical engineering core subjects, , Heat and mass transfer with momentum, , Differential equations in engineering transport, , Bird transport phenomena chapter summaries, , Graduate-level transport phenomena book, , Engineering thermodynamics vs transport phenomena, , Molecular diffusion in fluids, , Momentum transfer applications, , Bird Stewart Lightfoot solutions, , Multicomponent mass transfer, , Fluid dynamics engineering book, , Transport book for GATE preparation, , Classic books on heat and mass transfer, , Publisher ‏ : ‎ Wiley (1 July 2021); Wiley India Pvt Ltd. 1402, 14th Floor, World Trade Tower Plot No. C - 1, Sector – 16, Noida – 201301, Language ‏ : ‎ English, Paperback ‏ : ‎ 932 pages, ISBN-10 ‏ : ‎ 9354244459, ISBN-13 ‏ : ‎ 978-9354244452.

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