Databook of Thermofluids Engineering

Databook of Thermofluids Engineering addresses the critical need for a unified resource compiling thermodynamic properties, empirical correlations, and data essential for thermal system analysis. This book fills a significant gap by providing comprehensive tables and formulas applicable across various thermal engineering disciplines, including power plants, refrigeration, HVAC, and solar energy systems. This reference is crucial for students, researchers, and professionals seeking quick, reliable data to support modeling, simulation, and design tasks, thereby enhancing efficiency and accuracy in thermal system development.

The contents span fundamental thermodynamic properties, refrigerants, gases for combustion, steam, heat transfer fluids, binary and hybrid nanofluids, solar energy data, heat and mass transfer principles, and gas dynamics. Each chapter offers detailed data, empirical correlations, and application insights, making it a versatile tool for both academic and industrial use. The book's structure ensures easy access to essential data, reducing reliance on multiple sources and streamlining thermal system calculations.

By consolidating extensive, specialized data into a single volume, this reference supports the development of innovative, efficient thermal systems. It aims to become an indispensable resource for engineers, scientists, and educators involved in thermal and energy engineering, promoting precision and efficiency in their work and research endeavors.

• Serves as a practical reference for designing, analyzing, and optimizing thermal systems
• Provides comprehensive thermodynamic property data for thermal systems
• Includes psychrometric, binary fluid, and nanofluid property tables not available elsewhere
• Offers empirical correlations for modeling and simulation of thermal processes
• Supports a wide range of thermal engineering courses and research activities