Fokin, Boykov – Fundamentals of Energy Conservation in Heat Transfer
The book *Fundamentals of Energy Conservation in Heat Transfer* by Fokin and Boykov outlines energy conservation issues associated with various modes of heat transfer. It presents fundamental concepts, definitions, and laws regarding thermal conduction, convective and radiative heat transfer, and heat exchange equipment. Topics covered include radiative heat exchange between bodies and within gases, heat transfer in two-phase media (during boiling and condensation), and heat transfer involving complex heat exchange processes.
The book *Fundamentals of Energy Conservation in Heat Transfer* by Fokin addresses issues of thermal energy conservation and the intensification of heat transfer. It also discusses the concept of the critical diameter of thermal insulation and the operation of heat pipes.
*Fundamentals of Energy Conservation in Heat Transfer* is intended for researchers, engineers, university faculty, graduate students, and undergraduates.
For the training of specialists in fields such as Technical Physics, Thermal Power Engineering, and Construction, the theoretical foundation for general professional and specialized disciplines includes courses on the theoretical principles of thermal engineering, heat and mass transfer, heat transfer in industrial equipment, industrial heat and mass transfer systems, and energy conservation in thermal power engineering and thermal technologies.
This monograph presents the fundamental principles and theoretical and applied aspects of energy conservation across various heat transfer modes. It provides key concepts, definitions, and laws governing thermal conduction, convective and radiative heat transfer, and heat exchange equipment.
Solutions to the differential equations for thermal conduction and convective heat transfer are provided. The text examines radiative heat exchange between bodies and within gases, heat transfer in two-phase media (boiling and condensation), and heat transfer involving complex heat exchange processes. Solutions are provided for steady-state heat conduction problems involving flat, corner, and cylindrical walls. The book *Fundamentals of Energy Conservation in Heat Transfer* by Fokin and Boykov examines the principle of temperature field superposition, iteration and relaxation methods for temperature fields, graphical representations of heat flux, and electro-thermal analogies; it also covers steady-state heat conduction with internal heat generation in plates, cylinders, and rods, as well as cases involving filtration and variable thermal conductivity.
The monograph by Fokin, Boykov – Fundamentals of Energy Conservation in Heat Transfer addresses transient heat conduction under various boundary conditions (regular, quasi-steady, and ordered thermal regimes) in bodies of different shapes, as well as the propagation of heat and temperature waves in semi-infinite domains. The section on mass transfer in capillary-porous bodies covers moisture, vapor, and air permeability.
Issues regarding thermal energy conservation and the intensification of heat transfer are discussed. The text outlines the fundamentals of heat transfer calculations, the determination of mean temperature difference, and performance metrics for heat and mass transfer equipment. It also presents the concept of the critical diameter of thermal insulation and the operation of heat pipes.
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