Fluid Mechanics, Heat Transfer, and Mass Transfer_ Chemical Engineering Practice ( Free PDF)


  • Fundamentals of mechanics
  • Flowing water
  • Pipes, gaskets and valves
  • Flow rates
  • Pumps, extruders, blowers and compressors 6 Mixture
  • Two-tier system
  • Dimensionless statistics, thermodynamics and heat transfer
  • Basic heat transfer
  • Shell and Tube Heat Exchanger
  • Heat transfer equipment undergoing phase transfer.
  • complete heat exchangers, converters and recovery devices
  • Heat and heat transfer
  • Basic principles of migration
  • Crowdsourcing tools
  • Download, delete and download
  • Crystallization, air processes – water, drying, adsorption, membrane separation and other mass transfer methods


Professor K.S. Professor Raju has chosen to adopt the question-answer approach based on his decade of experience as a teacher, researcher and consultant. For example, imagine that an engineer is faced with the analysis and design of a hot stove. This book covers chemical engineering applications and directly answers research questions such as how the pipes in the furnace are arranged, how many pipes are provided, and the reason for the right choice. Additionally, the book presents the history of heat transfer, explaining concepts such as emissivity and absorption, and important design relationships such as the Stefan-Boltzmann equation and Kirchoff’s law. Finally, this comprehensive guide identifies and addresses operational issues such as hot spots, high temperatures, corrosion, and pipe life. Professor Raju’s book provides the practicing engineer with tools for designing fired heat sources and evaluating and solving performance problems. Radiant Heat Transfer is one of eight chapters in the Heat Transfer section covering the theory and application of heat transfer in the process industry. In addition to Heat Transfer, the book includes two more chapters: Fluid Mechanics and Mass Transfer. Each chapter introduces a basic history, explains applications and tools, and plans and solves operational problems. The displacement section introduces basic concepts (equilibrium phase, mass displacement coefficients, infinitesimal correlations, polymorphic structures), describes applications (adsorption, adsorption, facilitation, adsorption) and materials (tray and packed columns, crystals, metals and membrane modules). and predicts and solves performance problems (column overflow, water absorption in crystals). You’ll be hard-pressed to find an area of ​​the chemical industry that isn’t covered in this comprehensive book! While the scope of this book is broad, it is also quite specific. For example, an engineer studying simplification will learn about the factors that limit the yield and quality of crystals (agglomeration, water contamination inside and outside the crystal, cavitation). Professor Raju organized his book in a question-and-answer format, which he believed would increase interest in the subject and focus on specific topics. I totally agree. While reading the book, I saw that it clearly explained the concepts and requirements in my field, attracted my attention and gave me new perspectives on topics outside my field.

The style, structure, clarity, and comprehensibility of Professor Raju’s book are a testament to his decades of experience as an educator, researcher, and consultant. As a professor, he taught undergraduate and graduate students, designed and taught industrial courses, and developed and promoted new departments of chemical engineering. More than 90 articles have been published in international journals. His recommendations focus on chemicals, oil, petroleum and fertilizers, and government agencies. Professor Raju’s students say that his teaching is always practical, focusing on solving real problems rather than just teaching theory; He always used examples from his own experiences to help students understand technical problems. This practical teaching style is clearly seen in this book.

Fluid Mechanics, Fluid Transfer, and Mass Transfer: Practical Engineering Applications is designed as a textbook for undergraduate and graduate students and a reference work for engineers in the chemical process industry. I plan to keep the copy I use to understand and solve new technical problems I encounter.

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