— Essential for practitioners, though perhaps a bit intimidating for undergraduates.
While it mentions computational methods, it is primarily a manual calculation manual. In a world where most engineers use HTRI or Aspen Exchanger Design & Rating, some might find the manual iterations tedious.
While Donald Q. Kern’s 1950 book of the same name is the "ancestor" of this field, Serth’s text is the modern successor that most engineers actually use today. It bridges the gap between complex thermodynamic theory and the messy, practical reality of industrial design. Process Heat Transfer. Principles, Applications...
This is a review of the classic engineering textbook, by Robert W. Serth (often updated in later editions with Thomas Lestina). Overview
Unlike purely academic texts that focus on microscopic heat flux, Serth focuses on equipment . It covers shell-and-tube exchangers, double-pipe exchangers, air-cooled heat exchangers, and reboilers with a focus on how to actually size them. — Essential for practitioners, though perhaps a bit
The examples aren't just abstract physics problems; they are based on actual chemical process scenarios, complete with fluid properties and mechanical constraints. The Weaknesses
The book follows a very logical "rating" and "design" procedure. It teaches you how to calculate the heat transfer coefficient, pressure drop, and fouling factors in a way that aligns with TEMA (Tubular Exchanger Manufacturers Association) standards. While Donald Q
It is a technical manual through and through. It’s dense and requires a solid foundation in fluid mechanics and basic thermodynamics to be useful. The Verdict