48 Best Books on Combustion Engineering

“An Introduction to Combustion: Concepts and Applications” Book Review: Students undergoing or done with their mechanical engineering can use this book. It gives basic knowledge about Combustion. Practical applications of combustion are covered in this book. How can we protect our environment by reducing energy use and less emission is also focused on in this book. Recently new chapters were added to bring more attention for reducing use of fuels.

“Understanding Combustion” Book Review: Different places where combustion takes place are mentioned in this book along with how they take place and their day to day application. The book looks over combustion at industrial, domestic and scientific places and studies how it is taking place, what is the process behind it, analyses the process then looks into stability and creates different models for the same. New topics were introduced as regards to pollution control when new facts were revealed. These topics include emission of pollutants and gasification of solid fuels. Also has covered practical issues for conservation of fuels and protection of the environment.

“Fundamentals of Combustion” Book Review: This book is of good interest to the people of science and technology and also students of mechanical,aerospace and chemical engineering. Book is started with easy topics as a revision to students and to get a good grip on topics. It includes basic conservation equations along with ideas about chemical thermodynamics and kinetics. Relevant examples are included in this book for better understanding with respect to reality. Later part involves Concepts of Premixed flames and diffusion flames. The book ended with ways to reduce emission for protection of the environment.

“Combustion Engineering: Volume I: 1” Book Review: This book is for graduate students who are advanced in the topic of combustion. Every chapter is related to other chapters to give proper in depth knowledge on the subject. Also controlled combustion and energy extraction are taught. This book is designed to get more deep knowledge on this topic for development and research in this topic.

“Fuels and Combustion” Book Review: This book is for undergraduate students from the field of MEchanical, chemical and Aerospace engineering. It starts with introduction to different types of energies, Measurement units for the same. What are solid, liquid and gaseous fuels is learned. Basic concepts of thermodynamics and kinetics can be easily understoods. At the end where combustion can be used is defined with examples.
After every topic problems are given for practice.

“Combustion” Book Review: The book discusses new combustion concepts and technologies, including discussion on nanotechnology as related to combustion, microgravity combustion, micro combustion, and catalytic combustion. All of these topics are interrelated and discussed by considering length and time scales. It also covers new information on sensitivity analysis of reaction mechanisms and application of reduced mechanisms. In order to provide better illustration of real-world applications, expanded coverage of turbulent reactive flows is included in the book. The concept of triple flames is introduced and discussed in the context of diffusion flame stabilization. The book is useful for students as well as practising mechanical engineers.

“The Internal Combustion Engine in Theory and Practice – Thermo Fluid Flow 2e V1: 001” by Taylor Book Review: The comprehensive textbook is designed for the teachers as well as engineering students. This textbook is designed to study Internal-Combustion Engine which contains changes and addition in engine design and also control that have been brought on by the world petroleum crisis. The book lays emphasis on fundamentals and Topic organization. The book describes the treatment of actual engine cycles, the exhaustive studies for air capacity, heat flow, friction and the effects of cylinder size. The book incorporates various topics related to Thermodynamics, Fluid Performance and I.C Engines- Types, Applications, Advantages and Disadvantages.

“The Mathematical Theory of Combustion and Explosions” by G Barenblatt Book Review: The book introduces the basic concepts of Foundations of the Science of Combustion. The book incorporates Rates of Chemical Reactions, Reaction rate Constants, Chemical Equilibrium followed by Equilibrium Constant. The book further discusses Self- Accelerating Chemical Reactions and Critical Phenomena which also include Explosions and Self-Ignition, Semenov’s Theory. This textbook incorporates various topics which covers General Properties of Solutions from the Time-Independent Theory of Thermal Explosions for Vessels of Arbitrary Shape, Applications of the Idea of Thermal Explosions to the Mechanics of Polymers followed by Initiation of Chemical Reaction Waves in Fuel Mixtures: 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 introduces the combustion and Radiation along with Technical challenges posed by radiation. The book lays emphasis on interactions among turbulence, chemistry and radiation in Reynolds- averaged and large eddy-simulation. The book covers various chapters which begins with Chemically reacting Turbulent flows; radiation properties, Reynolds transport equation (RTE) solution methods, and TCRI; radiation effects in laminar flames followed by TCRI in Turbulent flames. The book also talks about high-pressure combustion systems. This textbook further gives a brief description of radiation at the outset. Moreover, it also discusses the most recent development in physical modelling, numerical algorithms as well as applications covered in the book.

“Pulverized-Coal Combustion and Gasification: Theory and Applications for Continuous Flow Processes” by L Smoot Book Review: The textbook deals with Coal Conversion and Combustion Problems and provides a detailed description of the model foundations. The textbook contains two parts of the book- Part I & II of the book lays emphasis on general principles for describing reacting, turbulent or laminar, multiphase systems. The book summarises the general Conversion equations and computes thermochemical equilibrium in complex. Further, it also discusses Rate processes which include pertinent aspects of Turbulence, Chemical Kinetics and Radiative Heat Transfer followed by gas-particle convective-diffusive interactions. Part II majorly deals with parameters and coefficients for describing these complex rate processes. Part III of the book deals with 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 textbook is typically based on Dynamical Systems and their Application. The main aim of the book is to cross-fertilize research groups working in topics of current interest in combustion dynamics and mathematical methods. The book introduces the readers with Pattern formation and chaos in Combustion, Nonlinear Development of low frequency one-dimensional instabilities for reacting shock waves. The book also gives a detailed information regarding Dynamics of laminar triple-flamelet structures in non-premixed turbulent combustion followed by Free boundary problems and dynamical geometry associated with flames. The book also contains discrete modeling of beds of propellant as well as Linear Stability of One-Dimensional Detonations.

“Combustion Engines Processes” Book Review: The book is mainly designed for the newcomers to this field of engineering. It is an old text book but it is well written. The text is worth it for anyone that is inclined towards learning more about combustion engines or just as a refresher or simple reference book. It starts from the fundamentals and goes in depth using very simple language so that the readers understand well. It extensively uses diagrams for the pictorial representation of the engines. It also provides some case studies by some very well known people in the field.

“Combustion: Physical and Chemical Fundamentals, Modeling and Simulation, Experiments, Pollutant Formation” Book Review: This volume presents an exhaustive treatment of the coupling of chemical reactions and fluid flow. It explains the effect of combustion techniques on the atmosphere. The book also includes the topic of auto-ignition which is further explained till combustion in Otto- and Diesel-engines. Furthermore it represents heterogeneous combustion and on soot formation.

“Combustion of Heterogeneous Mixtures” Book Review: In this book, combustion of nonvolatile fuels including metals, carbon char, and soot is presented. The criteria for vapor phase versus heterogeneous combustion are discussed. Thermodynamic analyses of metal oxidizer. systems are performed with attention given to the effects of pressure and oxidizer composition. The analyses are then extended to the combustion synthesis of materials. Particle combustion of nonvolatile fuels is discussed, particularly with regard to size and the burning limits of diffusion and kinetic control. Each topic contains examples and pictures that help the readers to comprehend the subject in a better way. The short answer questions and multiple choice questions help the readers to test their understanding to prepare for the exams. The book is useful for the students with chemistry as an additional subject and also for those who want to succeed in qualifying examinations for some courses.

“Numerical Modeling In Combustion” Book Review: This book describes different numerical methods for applications in three fields like laminar flames, spray droplet combustion, and turbulent flames. The first part of the book begins with an introduction on numerical modeling and general forms of governing equations in combustion. It also establishes options of numerical techniques which help to solve reactive flow problems in general, and combustion problems. It covers basic numerical strategies and presents certain example problems which are selected for evaluation of the numerical methods and physical aspects of combustion.

“Gas Turbine Combustion: Alternative Fuels and Emissions” Book Review: The book reflects the developments in gas turbine combustion technology which have occurred in the last decade. It is an updated design manual and research reference on factors like manufacture, design and operation of gas turbine combustors for applications that range from aeronautical to power generation. It requires a moderate amount of prior knowledge of physics and chemistry. It contains a chapter on alternative fuels. The chapters describe the physical and chemical properties of conventional fuels and gaseous fuels for gas turbines. It also reviews the properties of alternative fuels and conventional alternative fuel blends. It also describes the influence of these different fuels and their blends on combustor performance, design, and emissions.

“The Impact of Mineral Impurities in Solid Fuel Combustion” Book Review: This book contains papers that were presented at the Engineering Foundation Conference on mineral matter in 1997. It covers both the science and the applications of solid fuel combustion. It talks about case histories which are defined for current fuel technologies and developments in advanced technologies for power generation and the corresponding mathematical modelling of these processes. The research presented in the book displays great improvement in our understanding of the mechanisms by which mineral matter will influence fuel use. It also details the application of new analytical tools. The new analytical techniques which are extended to encompass widely differing fuels like biomass are defined.

“Fuels and Combustion” Book Review: This book is a systematic and comprehensive work on the subject which forms an integral part of the undergraduate degree courses in Mechanical, Metallurgical, Chemical and Aeronautical Engineering. While emphasizing the fundamental principles, it provides a balanced treatment of energy resources, fundamentals of combustion, processing of fuels and combustion appliances. A unique feature of the book is that the topics are covered within the Indian context. It has a completely new introduction, layout, and design. The new statistics that have been added provide up-to-date information to the readers.

“Impingement Jet Cooling in Gas Turbines: 25 (Developments in Heat Transfer)” Book Review: This book completely focuses on impingement cooling of gas turbines and heat transfer only. Point of view of high level researchers and scientists on the subject has been included. It contains advanced technologies of cooling which exist and which are being researched. Number of these exist from theoretical and experimental approaches. Impingement jet cooling is most effective in terms of manufacturing process and costaming the gas turbine cooling techniques is explained.

“Combustion Processes in Propulsion: Control, Noise, and Pulse Detonation” Book Review: Students from the field of mechanical, aeronautics, astronautics and electronics field may find this book helpful. Every topic in this book is contributed by scientists and researchers of respective fields. Combustion processes in propulsion pays attention to development in creating very highly efficient and low pollution emitting engines.Pulse detonation engines are explained. Reduction in jet engine noise and toxic fuel emission is focused on since it is very relevant for now. Reduction of hazardous fuel emission is also covered.

“Advanced Gear Manufacturing and Finishing: Classical and Modern Processes” Book Review: How were gears introduced, their types and classification is included in the start. Conventional method of manufacturing cylindrical gears is explained. What advances are made in Gear manufacturing such as laser machining, Additive layer manufacturing and hybrid processes are covered in depth. Existing as well as new techniques for finishing of gears are taught. Enhancing the surface property of gears make them last longer the processes involved in that are detailed. At the end the parameters used for measuring accuracy of gears is defined.

“Gasoline Engine with Direct Injection: Processes, Systems, Development, Potential” Book Review: Main functions of the engine are fuel injection as well as combustion processes and how they take place are demonstrated. By increasing power and coupling torque reduction in fuel consumption and emission can be of great advances is explained. This book contains the latest developments in the engines. Downsizing of the engines is covered. Certain parameters have to be reached by materials and operating fluids they are defined. The overview of the book discusses whether spark ignition engines in future can achieve the same level to diesel engines.

“Combustion Chambers for Jet Propulsion Engines: International Series of Monographs in Aeronautics and Astronautics” Book Review: Designing of combustion chambers for two types of jets turbo-jet and ramjet engines are covered. This book is a training manual for students from the field of aeronautics. It is divided mainly into two parts.The first part hai described about chemical kinetics. It also has a covered theory of combustion of different homogeneous mixture gas streams. The next part has the thermodynamics of a combustion chamber. How thermal losses take place. Explanation for construction of combustion chamber along with operating process. Issues related to losses in combustion chambers as a characteristic of jet propulsion is also discussed.

“Design Study of Triggered Isomer Heat Exchanger-Combustion Hybrid Jet Engine for High Altitude Flight” Book Review: The book contains how making use of triggered isomer heat exchangers can increase endurance of high altitude long endurance along with Intelligence, Surveillance and Reconnaissance. Switching of flight conditions from combustion to Triggered isomer heat exchanger process is done for enhancement of the engine.With the help of source gamma ray shielding methods, radiation shield weights can be determined. By making use of the hybrid engine named turbofan engine where switching took place many benefits were observed which are detailed in this book.

“Building Rockets (Engineering Challenges)” Book Review: This book is well suited for the kids from the age of 9-12 years. For parents who want their kids to develop interest in engineering this book fun exercises which can help.It consists of engineering challenges which are involved behind the concept of rocket building along with creative fun solutions for the same. Includes vibrant photos and easily understandable text.

“Gas Turbines: A Handbook of Air, Land and Sea Applications” Book Review: People from the field of Mechanical, Engineering, Electronic8, Gas-turbines may find this book handy. What are gas turbines and where they are used is described in detail. How gas turbines developed throughout the years is mentioned. Cooling, load bearing, inlets, exhausts and noise suppression processes taking place inside the turbines are explained neatly. Performance parameters for optimization and testing are defined. Causes on the environment due to gaseous emissions are discussed. Maintenance and repair of gas turbine processes are involved. At the end what new advances can be done related to gas turbines are discussed.

“Principles of Combustion” Book Review: This book is described for senior undergraduate and graduate engineering students. It includes new theoretical results and measurement techniques of non intrusive diagnostic methods. It contains more material on chemical kinetics during ignition. It provides sensitivity analysis and methods for identifying controlling chemical mechanisms. It includes latest results regarding turbulent activity during combustion and the chemical kinetics of flames. It contains chemical thermodynamics, chemical kinetics and reaction mechanisms. It also contains a conservation equation for multicomponent reacting systems.

“Fuels and Combustion” Book Review: This book is described for senior undergraduate and graduate mechanical engineering students. This book is an introduction to fuel and combustion. It contains fuel oxidizer products of combustion and energy. It includes fundamentals for analysis and calculation of energy and environment performance. It contains SI and CI engines, solid, liquid and gaseous fuels.

“Combustion Theory” Book Review: This book is described for senior undergraduate and graduate mechanical engineering students. It contains combustions from a molecular and a continuum point of view. It presents derivations of the basic equations of combustion theory. It contains thermodynamics, chemical kinetics, fluid dynamics and transport processes. It also contains diffusion flames, reaction in flows with negligible transport. It includes theory of premixed flames, detonation phenomenon and combustion of solid propellants.

“Flames” Book Review: This book is described for senior undergraduate and graduate mechanical engineering students. This book deals with mathematical treatments of combustion. It contains measurement of flame temperature and composition of the flame gases. It contains an automatic control field, refrains from analytical methods. It deals with direct current machinery principals and compound machines. It also includes rotary and linear motion movements.

“Solid Propellant Chemistry, Combustion, and Motor Interior Ballistics” Book Review: This book is described for senior undergraduate and graduate mechanical engineering students. This book contains information on solid rocket propulsion. It covers a wide range of topics such as advanced materials and non traditional formulations. It includes chemical aspects of organic and inorganic components in decomposition mechanisms. It also contains kinetics, combustion and modelling. It consists of safety issued, hazard and explosive characteristics.

“Internal Combustion Processes of Liquid Rocket Engines: Modeling and Numerical Simulations” Book Review: This book is described for senior undergraduate and graduate engineering students of aerospace and mechanical. This book contains modeling and numerical simulations of combustion in liquid rocket engines. It covers liquid propellant atomization, evaporation of liquid droplets. It contains turbulent flows, turbulent combustion, heat transfer and combustion instability. It presents some state of the art models and numerical methodologies. It contains modeling for each subtopic of the combustion process in the liquid rocket engines.

“Propulsion Combustion: Fuels To Emissions” Book Review: This book is described for senior undergraduate and graduate engineering students of aerospace and mechanical. This book contains a unique volume that presents the fundamentals. Information needed for designing of future combustion systems applied to propulsion is given. It contains the mechanisms, control and prediction of the processes. It includes the design and development of modern future combustion systems applied to propulsion. This book includes advanced energetic hydrocarbon fuels to the control of emissions. Various researches and examinations conducted on new topics are also discussed. It also includes intermediate phenomena.

“Liquid Hydrogen: Fuel of the Future” Book Review: This book is described for senior undergraduate and graduate engineering students of aerospace and mechanical. The book gives a description of projects, based on liquid hydrogen as a fuel. In this book development on hydrogen liquefaction and distribution is described. This book contains liquid hydrogen on board storage, refilling systems and fuel conditioning systems. This book includes most recent results on internal combustion engine operation by use of cryogenic hydrogen.

“Dynamics of Reactive Systems: Part 1: Flames and Configurations; Part 2: Modeling and Heterogeneous Combustion” Book Review: This book is described for senior undergraduate and graduate mechanical engineering students. This book contains the processes of coupling the dynamics of fluid flow. It contains molecular transformations in reactive media and those occurring in any combustion system. It includes papers that deal primarily with the gasdynamic aspect of nonsteady flow in combustion systems. It covers topics such as explosions, detonations, shock phenomena and reactive flow

“Principles of Chemical Equilibrium” Book Review: This book is designed focusing on university and technical college students in the field of chemistry and chemical engineering. It covers the general theory of chemical equilibrium, statistical development, and illustrates the many applications in the laboratory and industry. It covers recent contributions to the literature. It has numerous references added specifically for the statistical interpretation of entropy. It provides context of present understanding of order-disorder transitions and reflects changes of emphasis. It provides various solved and unsolved examples to enhance understanding of the reader.

“Flames” Book Review: This book provides a fundamental overview of combustion. It describes chemistry and kinetics of the reactions between gaseous fuel and oxidants. It talks about reactions between hydrogen, oxygen and carbon monoxide, flame propagation, state of burned gas and technical combustion processes. It provides data for thermochemical calculations, reaction rate coefficients, limits of flammability and flame temperatures. It is designed keeping in mind students and teachers in the field of engineering and science. The book is written in easy to understand language and provides numerous illustrations, diagrams, mathematical equations and much more.

“Combustion, Flames and Explosions of Gases” Book Review: This book is focused on the chemist, physicist, and engineer with a scientific basis for understanding combustion phenomena. It covers topics like theoretical foundations, the reaction between hydrogen and oxygen and the reaction between carbon monoxide and oxygen. It provides insights of flame propagation like combustion waves in laminar flow, combustion waves in turbulent flow, air entrainment and burning jets and fuel gases. This book covers detonation waves in gases, emission spectra, ionization, and electric field effects in flames with numerous real-world examples.

“Advanced Combustion Science” Book Review: This book provides overview on advanced combustion science specially covering topics like non-uniform combustion, diesel and gas turbine engines, furnaces, and boilers. It discusses the responsibility of combustion for the conversion of fossil fuel to energy and for the corresponding formation of pollutants. It talks about the mechanism of non-uniform combustion and their use. The chapters include steady combustion, unsteady spray combustion, control of combustion, chemistry of combustion, and effects of fuels. The book is designed for students, teachers, and professionals in the field of mechanical and chemical engineering.

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

“Advanced Combustion Methods” Book Review: This book provides overview on advanced combustion methods. It discusses common features of the different methods by leading authorities, and their potential for optimizing combustion intensity and their efficiency along with minimizing pollution. It provides information on some of the burner systems which involve product heat recuperation and how they lead to significant cost and fuel savings. It also talks about topics like ignition and flame holding by plasma jets. The book is designed specifically for advanced courses in engineering and science and expects readers to have basic knowledge in the field as a prerequisite.

“Advanced Combustion Engines: Performance and Emissions” Book Review: This book provides a detailed overview on combustion engines especially in terms of performance and emissions. It reveals how increased emission is associated with operating the vehicle at part-load. It highlights depleting reserves of fossil fuels and the increasing environmental pollution and their causes. It introduces cleaner and renewable fuel worldwide. It describes the use of ethanol as an alternative transportation fuel and gives a promise for several reasons. This book will be useful for students and professionals who are involved in combustion engine research and development.