Thermal Explosion: Theory and Application

Thermal Explosion provides a comprehensive overview of thermal explosion theory with a new universal notation as a framework for research, covering mathematical theory, practical applications, hazard recognition, and mitigation strategies. It includes lecture slides, example problems, and a universal notation for developing and reporting research results. It is essential for engineering researchers, professionals, mathematicians, and other scientists working in related fields and is an excellent learning aid for graduate-level researchers or supplemental reading in upper-level courses.

Format: Hardback
Length: 480 pages
Publication date: 20 July 2023
Publisher: John Wiley and Sons Ltd

Thermal Explosion: A Comprehensive Review and Universal Notation for Research Results
Thermal explosion, a fundamental phenomenon in various fields, has undergone significant advancements over the past century. Thermal explosion theory, a comprehensive review of this topic, provides a single, authoritative source of information that connects the theory with practical applications. The book begins with an introduction to prerequisite technical information, followed by a detailed explanation of the mathematical theory behind thermal explosion. It covers various media and conditions, strategies and techniques for preventing thermal explosion, and examples of thermal explosion hazards in technical designs and operation procedures.

The book introduces a universal notation that can be used as a framework for developing and reporting research results. This notation allows researchers to communicate their findings in a standardized and concise manner, making it easier for others to understand and apply their work. Each chapter is supported by lecture slides and extensive worked-out example problems that introduce readers to the notation and its applications.

Sample topics covered in Thermal Explosion include steady-state theory, oscillating, boundary conditions, dynamical regimes, thermal explosion in a region of arbitrary shape, and nonsteady thermal explosion theory. Thermal explosion in two-phase porous systems and spotted, diffusion, and conjugate thermal explosion are also discussed. One- and two-variable thermal explosion models of fire flasho are also explored.

One of the key strengths of Thermal Explosion is its ability to connect the theory with practical applications. The book provides numerous examples of thermal explosion hazards in technical designs and operation procedures, including lithium ion batteries, biofuels, biomaterials, and microcombustors. It also discusses strategies and techniques for preventing thermal explosion, such as design optimization, material selection, and control systems.

Thermal explosion has numerous applications in various fields, including energy, materials science, and engineering. It can lead to catastrophic failures, such as fires, explosions, and meltdowns, which can have significant economic and environmental consequences. By understanding the theory and its applications, researchers can develop safer and more efficient technologies that can help mitigate these risks.

Thermal explosion theory has evolved significantly over the years, with new research and developments leading to improved understanding and control of the phenomenon. The book provides a comprehensive overview of these advancements, including recent research on thermal explosion in two-phase porous systems and spotted, diffusion, and conjugate thermal explosion.

In conclusion, Thermal Explosion: A Comprehensive Review and Universal Notation for Research Results is a valuable resource for researchers, engineers, and professionals working in the field of thermal explosion. It provides a single, authoritative source of information that connects the theory with practical applications, and introduces a universal notation that can be used as a framework for developing and reporting research results. By understanding the theory and its applications, researchers can develop safer and more efficient technologies that can help mitigate these risks.

Weight: 666g
ISBN-13: 9781119830528