Yuri B. Zudin Books

Focusing on non-equilibrium evaporation and condensation, this book delves into analytical methods for problem-solving and modeling. It emphasizes the importance of analytical solutions in understanding fundamental laws and serves as a foundation for validating numerical results. The text explores various applications, including laser processing, nuclear propulsion, solar radiation effects, explosive boiling, and superfluid helium principles. By providing clear analytical relations, the book aims to enhance comprehension of these complex physical phenomena.

The book introduces an innovative method for investigating the conjugate conductive-convective problem in periodic heat transfer, transforming specific conjugate issues into a broader boundary-value problem for heat conduction. It explores the hyperbolic model of thermal conductivity, revealing how increased oscillation periods enhance conjugation. Additionally, it examines hydrodynamics and heat exchange in systems with periodic internal structures, including turbulent heat transfer models and bubble dynamics. It serves as a valuable resource for researchers and graduate students in conjugate heat transfer.