48 Best Books on Combustion Engineering

“An Introduction to Combustion: Concepts and Applications” Book Review: This book is suitable for mechanical engineering students, whether they are currently studying or have completed their studies. It provides fundamental information on combustion and also delves into its practical applications. The book focuses on ways in which we can safeguard our environment by reducing energy consumption and minimizing emissions. Furthermore, new chapters have been recently included to raise awareness about reducing fuel usage.

“Understanding Combustion” Book Review: The book delves into various locations where combustion occurs and elucidates on the procedures involved and their practical applications. The book extensively covers combustion in industrial, domestic, and scientific settings, scrutinizing the process, analyzing its stability, and formulating different models. In addition, the book sheds light on new topics pertaining to pollution control that emerged with new discoveries, such as pollutant emissions and solid fuel gasification. The author also addresses practical issues related to fuel conservation and environmental preservation.

“Fundamentals of Combustion” Book Review: This book is highly relevant to individuals in the fields of science and technology, as well as mechanical, aerospace, and chemical engineering students. It begins with a comprehensive review of fundamental concepts to assist students in developing a strong foundation in the subject matter. Additionally, the book covers basic conservation equations, chemical thermodynamics, and kinetics, and includes practical examples to enhance comprehension. The latter portion of the book delves into the concepts of premixed flames and diffusion flames. Finally, the book concludes by discussing methods for reducing emissions to safeguard the environment.

“Combustion Engineering: Volume I: 1” Book Review: This book is a comprehensive guide that delves into the field of combustion engineering. The book covers a wide range of topics, including combustion fundamentals, chemical kinetics, thermodynamics, heat transfer, and pollutant formation. Each chapter provides in-depth explanations and practical examples to enhance understanding. With its thorough coverage of combustion principles and applications, this book serves as a valuable resource for students, researchers, and professionals in the field. Whitley’s expertise and clarity make this volume an indispensable reference for anyone interested in combustion engineering.

“Fuels and Combustion” Book Review: This book is designed for undergraduate students of Mechanical, Chemical, and Aerospace Engineering. It commences with an introduction to various forms of energy and their corresponding units of measurement. Learners acquire knowledge about solid, liquid, and gaseous fuels. Furthermore, fundamental concepts of thermodynamics and kinetics are explained lucidly. Finally, the application of combustion is defined with relevant examples. To aid students’ understanding, practice problems are provided after each topic.

“Combustion” Book Review: The book delves into fresh combustion concepts and technologies, incorporating analysis on nanotechnology’s correlation with combustion, microgravity combustion, micro combustion, and catalytic combustion. These interconnected topics are examined in relation to length and time scales. Furthermore, the book encompasses novel insights on the sensitivity analysis of reaction mechanisms and the utilization of reduced mechanisms. To depict real-world applications more effectively, the book has extended coverage of turbulent reactive flows. The concept of triple flames is introduced and analyzed in the context of stabilizing diffusion flames. This book caters to both mechanical engineering students and practicing professionals, offering a valuable resource.

“The Internal Combustion Engine in Theory and Practice – Thermo Fluid Flow 2e V1: 001” by Taylor Book Review: The textbook has been designed for the both teachers and engineering students, providing a comprehensive study of Internal-Combustion Engines. It takes into account the recent changes and additions in engine design and control resulting from the world petroleum crisis. Emphasizing on fundamentals and organized topics, the book offers an exhaustive treatment of engine cycles, including air capacity, heat flow, friction, and cylinder size effects. It also covers diverse topics related to Thermodynamics, Fluid Performance, and I.C Engines, such as Types, Applications, Advantages, and Disadvantages.

“The Mathematical Theory of Combustion and Explosions” by G Barenblatt Book Review: The book presents an overview of the foundational concepts of combustion science, including chemical reaction rates, rate constants, and chemical equilibrium with equilibrium constants. Additionally, the book delves into self-accelerating chemical reactions and critical phenomena such as explosions and self-ignition, as well as Semenov’s theory. The text covers a broad range of topics, including the general properties of solutions, the time-independent theory of thermal explosions for vessels of arbitrary shape, and the applications of thermal explosions to polymer mechanics. The book also explores the initiation of chemical reaction waves in fuel mixtures, with a focus on time-dependent statements of the problem.

“Radiative Heat Transfer in Turbulent Combustion Systems: Theory and Applications (SpringerBriefs in Applied Sciences and Technology)” by Michael F Modest and Daniel C Haworth Book Review: The textbook provides an introduction to combustion and radiation, including the technical challenges associated with radiation. It places significant emphasis on the interactions between turbulence, chemistry, and radiation in both Reynolds-averaged and large eddy simulation. Each chapter covers a different topic, starting with chemically reacting turbulent flows, radiation properties, and solution methods for the Reynolds transport equation (RTE) and TCRI. The book also covers radiation effects in laminar flames and TCRI in turbulent flames, as well as high-pressure combustion systems. Additionally, the book briefly describes radiation at the beginning and discusses the latest developments in physical modeling, numerical algorithms, and applications covered in the text.

“Pulverized-Coal Combustion and Gasification: Theory and Applications for Continuous Flow Processes” by L Smoot Book Review: The textbook provides an extensive coverage of Coal Conversion and Combustion Problems, offering a detailed description of the model foundations. Divided into three parts, the book first lays emphasis on general principles for describing reacting systems, be it turbulent or laminar and multiphase in nature. It summarizes the general Conversion equations and computes thermochemical equilibrium in complex, while also discussing Rate processes, including pertinent aspects of Turbulence, Chemical Kinetics, Radiative Heat Transfer, and gas-particle convective-diffusive interactions. The second part of the book primarily focuses on parameters and coefficients for describing these complex rate processes. Finally, the third part of the book delves into more specific aspects of pulverized-coal characteristics and rate processes.

“Dynamical Issues in Combustion Theory (The IMA Volumes in Mathematics and its Applications)” by Paul C Fife and Amable Linan Book Review: The book is primarily centered around Dynamical Systems and their Applications with the goal of promoting collaboration between research groups interested in current topics related to combustion dynamics and mathematical methods. It covers a wide range of subjects such as Pattern Formation, Chaos in Combustion, Nonlinear Development of low-frequency one-dimensional instabilities for reacting shock waves, Dynamics of laminar triple-flamelet structures in non-premixed turbulent combustion, Free Boundary Problems, Dynamical Geometry associated with flames, Discrete Modeling of beds of propellant, and Linear Stability of One-Dimensional Detonations.

“Combustion Engines Processes” Book Review: This book targets individuals who are new to the engineering field, particularly those interested in combustion engines. Despite being an older text, it is well-written and valuable for anyone seeking to expand their knowledge or simply use it as a reference. The book covers fundamental concepts in-depth, using straightforward language to ensure clear comprehension by readers. Additionally, the book includes numerous diagrams for visual representation of the engines and features case studies by renowned experts in the field.

“Combustion: Physical and Chemical Fundamentals, Modeling and Simulation, Experiments, Pollutant Formation” Book Review: This book provides a comprehensive examination of the interplay between chemical reactions and fluid flow. It details how combustion techniques impact the atmosphere and delves into the subject of auto-ignition, covering its progression from ignition to combustion in Otto and Diesel engines. Additionally, the text explores heterogeneous combustion and the process of soot formation.

“Combustion of Heterogeneous Mixtures” Book Review: This book presents the combustion of nonvolatile fuels, which includes metals, carbon char, and soot. It discusses the criteria for vapor phase versus heterogeneous combustion and performs thermodynamic analyses of metal oxidizer systems, taking into account the effects of pressure and oxidizer composition. The book also explores the combustion synthesis of materials and discusses particle combustion of nonvolatile fuels, with particular emphasis on size and the burning limits of diffusion and kinetic control. Examples and pictures are provided to help readers better understand the topics. Short answer questions and multiple choice questions are included to help readers test their understanding and prepare for exams. This book is beneficial for students who have chemistry as an additional subject and for those who wish to succeed in qualifying examinations for various courses.

“Numerical Modeling In Combustion” Book Review: This book presents various numerical methods applicable to three areas: laminar flames, spray droplet combustion, and turbulent flames. The initial section provides an overview of numerical modeling and the fundamental forms of governing equations in combustion. It also explores numerical techniques suitable for addressing reactive flow problems, including combustion issues. The book covers basic numerical strategies and includes sample problems chosen to assess both the numerical methods and physical aspects of combustion.

“Gas Turbine Combustion: Alternative Fuels and Emissions” Book Review: The book provides an up-to-date guide to gas turbine combustion technology, covering developments that have taken place over the past decade. It serves as both a design manual and a research reference for individuals involved in the manufacture, design, and operation of gas turbine combustors for a wide range of applications, from aeronautics to power generation. A basic understanding of physics and chemistry is recommended. In addition to covering conventional fuels, the book includes a chapter on alternative fuels, discussing their physical and chemical properties and their impact on combustor performance, design, and emissions. The properties of both alternative fuels and conventional alternative fuel blends are reviewed.

“The Impact of Mineral Impurities in Solid Fuel Combustion” Book Review: This book encompasses papers presented at the Engineering Foundation Conference on mineral matter in 1997, covering the science and applications of solid fuel combustion. It includes case histories that define current fuel technologies and advancements in power generation, along with corresponding mathematical modeling of these processes. The research presented in the book shows a significant improvement in our understanding of the mechanisms by which mineral matter influences fuel use, and the application of new analytical tools. Additionally, the book defines new analytical techniques that are extended to encompass a wide range of fuels, including biomass.

“Fuels and Combustion” Book Review: This comprehensive book covers a systematic approach to the subject and is an essential component of the undergraduate degree courses in Mechanical, Metallurgical, Chemical and Aeronautical Engineering. The book lays emphasis on fundamental principles while providing a well-balanced treatment of energy resources, combustion fundamentals, fuel processing, and combustion appliances. A distinct characteristic of this book is that it covers topics relevant to the Indian context. Additionally, the book has undergone significant improvements with a completely new introduction, layout, and design. The inclusion of new statistics ensures that the information provided is up-to-date and relevant to the readers.

“Impingement Jet Cooling in Gas Turbines: 25 (Developments in Heat Transfer)” Book Review: This book is completely dedicated to impingement cooling in gas turbines and covers only the topic of heat transfer. It includes the viewpoints of high-level researchers and scientists in the field. The book presents both advanced cooling technologies that are currently available and those that are still under research and development. The techniques presented in the book are based on both theoretical and experimental approaches. The book emphasizes the effectiveness of impingement jet cooling in terms of manufacturing processes and cost, while also providing an overview of other gas turbine cooling techniques.

“Combustion Processes in Propulsion: Control, Noise, and Pulse Detonation” Book Review: This book can be beneficial for students specializing in mechanical, aeronautics, astronautics, and electronics. The book’s contents are written by researchers and scientists who have expertise in their respective fields. The book delves into the advancements made in the development of highly efficient engines that emit fewer pollutants. It provides insights into pulse detonation engines and emphasizes the reduction of toxic fuel emissions and jet engine noise, which are critical issues currently. Moreover, the book also covers the reduction of hazardous fuel emissions.

“Advanced Gear Manufacturing and Finishing: Classical and Modern Processes” Book Review: The introduction of gears and their types, along with their classification, is covered initially. Subsequently, the traditional approach to manufacturing cylindrical gears is elaborated upon. A comprehensive discussion is provided on the advancements made in gear manufacturing techniques, including laser machining, additive layer manufacturing, and hybrid processes. In addition, both established and novel techniques for finishing gears are taught, along with a detailed explanation of the processes involved in improving the surface properties of gears to enhance their longevity. Finally, the parameters utilized to measure the accuracy of gears are defined.

“Gasoline Engine with Direct Injection: Processes, Systems, Development, Potential” Book Review: The engine has two primary functions: fuel injection and combustion processes, which are illustrated in this book. The book also explains how increasing power and coupling torque can lead to significant advances in reducing fuel consumption and emissions. The latest developments in engine technology are presented, including downsizing engines. Additionally, certain parameters must be met by materials and operating fluids, and they are defined. Finally, the book provides an overview of whether spark ignition engines can achieve the same level of performance as diesel engines in the future.

“Combustion Chambers for Jet Propulsion Engines: International Series of Monographs in Aeronautics and Astronautics” Book Review: This book is a training manual for aeronautics students that covers the design of combustion chambers for two types of jet engines – turbo-jet and ramjet. The book is divided into two main parts. The first part focuses on chemical kinetics and covers the theory of combustion for different homogeneous gas mixtures. The second part delves into the thermodynamics of combustion chambers, including how thermal losses occur, construction of combustion chambers, operating processes, and issues related to losses in combustion chambers, which are a characteristic of jet propulsion.

“Design Study of Triggered Isomer Heat Exchanger-Combustion Hybrid Jet Engine for High Altitude Flight” Book Review: The book discusses the use of triggered isomer heat exchangers to improve the endurance of high altitude long endurance flights, particularly for Intelligence, Surveillance, and Reconnaissance missions. The engine’s performance can be enhanced by transitioning from combustion to the triggered isomer heat exchanger process under specific flight conditions. The book also explains how source gamma ray shielding techniques can be employed to determine radiation shield weights. Additionally, the book details the advantages observed after utilizing a hybrid engine, specifically the turbofan engine, where switching to triggered isomer heat exchangers took place.

“Building Rockets (Engineering Challenges)” Book Review: This book is an ideal fit for children aged 9 to 12 years old, especially for parents who want to spark their kids’ interest in engineering. It features entertaining exercises that can help children learn about engineering concepts. The book contains challenges related to rocket building, with creative and fun solutions provided. Moreover, it includes colorful photos and clear, easy-to-understand language.

“Gas Turbines: A Handbook of Air, Land and Sea Applications” Book Review: This book may be useful to individuals in the fields of mechanical, engineering, electronics, and gas turbines. It provides a detailed description of what gas turbines are and where they are commonly utilized. The book also discusses the development of gas turbines over the years, as well as the processes involved in cooling, load bearing, inlets, exhausts, and noise suppression within the turbines. Additionally, it defines performance parameters for optimization and testing and examines the environmental impact of gaseous emissions. The book also covers maintenance and repair procedures for gas turbine processes. Finally, it explores potential advances related to gas turbines.

“Principles of Combustion” Book Review: This book is described for senior undergraduate and graduate engineering students and offers novel theoretical findings and non-invasive diagnostic techniques. It covers chemical kinetics during ignition in greater depth and presents sensitivity analysis and approaches for pinpointing dominant chemical mechanisms. The latest research on turbulent activity during combustion and the chemical kinetics of flames is also included. The book further encompasses chemical thermodynamics, chemical kinetics, reaction mechanisms, and a conservation equation for multicomponent reacting systems.

“Fuels and Combustion” Book Review: This book serves as an introductory resource on fuel and combustion, aimed at senior undergraduate and graduate mechanical engineering students. Within its pages, readers will find information on fuel oxidizers, combustion products, and energy. Additionally, the book covers fundamental analysis and calculation techniques for evaluating energy and environmental performance. Topics covered include SI and CI engines, as well as solid, liquid, and gaseous fuels.

“Combustion Theory” Book Review: The target audience for this book comprises of senior undergraduate and graduate mechanical engineering students. The book covers combustion from both molecular and continuum perspectives, and offers detailed derivations of fundamental equations of combustion theory. It delves into thermodynamics, chemical kinetics, fluid dynamics, and transport processes. Moreover, it examines diffusion flames, reaction in flows with minimal transport, premixed flames theory, detonation phenomenon, and the combustion of solid propellants.

“Flames” Book Review: This book is intended for senior undergraduate and graduate students in mechanical engineering. Its focus is on mathematical treatments of combustion, including measurement of flame temperature and composition of the flame gases. The book covers the field of automatic control and avoids analytical methods. Additionally, it discusses the principles of direct current machinery and compound machines, as well as rotary and linear motion movements.

“Solid Propellant Chemistry, Combustion, and Motor Interior Ballistics” Book Review: This book is specifically designed for senior undergraduate and graduate mechanical engineering students, offering comprehensive insights into solid rocket propulsion. It explores various topics, including advanced materials, non-traditional formulations, and the chemical aspects of organic and inorganic components in decomposition mechanisms. The book also delves into kinetics, combustion, and modeling techniques. In addition, it addresses critical safety concerns, hazard assessment, and explosive characteristics associated with solid rocket propulsion. With its extensive coverage and detailed analysis, this book serves as an invaluable resource for those seeking a deep understanding of the subject.

“Internal Combustion Processes of Liquid Rocket Engines: Modeling and Numerical Simulations” Book Review: This book is intended for aerospace and mechanical engineering students at the senior undergraduate and graduate levels. It covers a range of topics related to combustion in liquid rocket engines, including modeling and numerical simulations. The book delves into liquid propellant atomization, evaporation of liquid droplets, turbulent flows, turbulent combustion, heat transfer, and combustion instability. It also presents the latest models and numerical methodologies for each subtopic of the combustion process in liquid rocket engines.

“Propulsion Combustion: Fuels To Emissions” Book Review: This book is intended for senior undergraduate and graduate engineering students specializing in aerospace and mechanical engineering. It provides a comprehensive overview of the fundamentals of combustion systems, specifically for the design of future propulsion systems. The book covers topics such as mechanisms, control, and prediction of combustion processes, as well as the design and development of modern combustion systems for propulsion. Additionally, it delves into the use of advanced energetic hydrocarbon fuels and controlling emissions. The book also covers various research and examinations conducted on new topics, along with intermediate phenomena.

“Liquid Hydrogen: Fuel of the Future” Book Review: This book targets senior undergraduate and graduate engineering students in the aerospace and mechanical fields. It outlines projects that center on the use of liquid hydrogen as a fuel, covering the development of hydrogen liquefaction and distribution. Additionally, the book explores liquid hydrogen on-board storage, refilling systems, and fuel conditioning systems. It also delves into the latest findings on the operation of internal combustion engines using cryogenic hydrogen.

“Dynamics of Reactive Systems: Part 1: Flames and Configurations; Part 2: Modeling and Heterogeneous Combustion” Book Review: This book is intended for mechanical engineering students at the senior undergraduate and graduate level. Its focus is on coupling the dynamics of fluid flow, as well as molecular transformations in reactive media, including those that take place in combustion systems. The book includes a collection of papers that primarily address the gasdynamic aspects of nonsteady flow in combustion systems, covering topics such as explosions, detonations, shock phenomena, and reactive flow.

“Principles of Chemical Equilibrium” Book Review: This book is specifically designed for students studying chemistry and chemical engineering at universities and technical colleges. It comprehensively covers the fundamental principles of chemical equilibrium and statistical development, while also showcasing its practical applications in both laboratory and industrial settings. The book incorporates recent advancements in the field and includes numerous references that focus on the statistical interpretation of entropy. It offers a contextual understanding of order-disorder transitions, reflecting the evolving perspectives in the field. To enhance comprehension, the book features a range of solved and unsolved examples for the reader to engage with.

“Flames” Book Review: This book presents a comprehensive introduction to combustion, covering topics such as the chemistry and kinetics of reactions involving gaseous fuels and oxidants, flame propagation, the state of burned gas, and technical combustion processes. It also includes data that can be used for thermochemical calculations, such as reaction rate coefficients, flammability limits, and flame temperatures. Written with engineering and science students and teachers in mind, the book is presented in an accessible language and is supported by a range of illustrations, diagrams, mathematical equations, and other useful resources.

“Combustion, Flames and Explosions of Gases” Book Review: The primary audience for this book are chemists, physicists, and engineers seeking a scientific understanding of combustion phenomena. Its content encompasses various topics such as theoretical foundations, hydrogen and oxygen reactions, and carbon monoxide and oxygen reactions. The book provides insights into flame propagation, including combustion waves in laminar and turbulent flow, air entrainment, burning jets, and fuel gases. Additionally, it delves into detonation waves in gases, emission spectra, ionization, and electric field effects in flames, supported by numerous real-world examples.

“Advanced Combustion Science” Book Review: This book offers a comprehensive overview of advanced combustion science, with a focus on topics such as non-uniform combustion, diesel and gas turbine engines, furnaces, and boilers. It delves into the critical role of combustion in converting fossil fuels into energy, while also exploring the formation of pollutants. The book covers various aspects of non-uniform combustion and its applications, including steady combustion, unsteady spray combustion, combustion control, combustion chemistry, and fuel effects. The target audience of the book includes students, teachers, and professionals in the fields of mechanical and chemical engineering.

“Combustion: Types of Reactions, Fundamental Processes and Advanced Technologies” Book Review: This book provides an overview of various types of reactions, fundamental processes, and advanced technologies related to combustion. The topics covered include the Lagrangian formulation for turbulent reacting flows, deposition of thin functional coatings at atmospheric pressure using combustion chemical vapor deposition, the g-equation in a white-noise in-time turbulent velocity field, the fundamentals of oxy-fuel carbon capture technology for pulverized fuel boilers, and the combustion of lignocellulosic biomass and marine biomass through thermal analyses. The book is intended for advanced courses in mechanical and chemical engineering.

“Advanced Combustion Methods” Book Review: The book offers a comprehensive view of advanced combustion techniques, exploring their common characteristics and potential benefits for enhancing combustion intensity and efficiency while reducing pollution. It delves into various burner systems that incorporate product heat recovery, highlighting their potential for substantial cost and fuel savings. Furthermore, the book delves into ignition and flame holding through plasma jets. Designed primarily for advanced courses in engineering and science, the book assumes readers have a basic understanding of the field.

“Advanced Combustion Engines: Performance and Emissions” Book Review: This comprehensive book offers a detailed exploration of combustion engines, focusing specifically on their performance and emissions characteristics. It sheds light on the correlation between increased emissions and operating vehicles at part-load conditions. Moreover, it addresses the concerns surrounding depleting fossil fuel reserves and the escalating environmental pollution resulting from combustion processes. The book introduces cleaner and renewable fuel options that are being adopted globally. It particularly highlights the potential of ethanol as an alternative transportation fuel, presenting promising prospects for various reasons. This valuable resource is essential for students and professionals engaged in combustion engine research and development.