11 Best Books for Aeronautical Engineering Students
Aeronautical Engineering is one special stream of science which strictly deals with the study, design, as well as manufacturing of the flight-capable machines, in addition to the techniques of operating the aircraft.
Aerospace engineers need to be highly responsible towards the research, design as well as production of spacecraft, aircraft, aerospace equipment, missiles, and satellites.
To pursue such knowledge, it is crucial to get your hands on the right books that provide a clear understanding of this complex subject. In addition, the experience and the writing style of the authors matter a lot to decide how useful the book will be to the students.
We’ve picked up a few books on Aeronautical Engineering which are a must to have in your bookshelf if you’re aspiring to gain more knowledge in the field of aeronautics.
This book is by Bill Gunston, who is a former RAF pilot and flying instructor. He is undoubtedly one of the best writers in the aviation sector in Britain so far.
Bill has written more than 300 books on the subject related to the aviation industry, and each one of them proved to be successful and appreciated by readers. In writing this book, he has used very simple language which even a layman can also understand.
The best part of the book is that the author strictly avoided using any complex mathematical formulae and still explained in a lucid language the technical difference between gas-turbine, jet, ramjet, rocket, and aero engines of the helicopter.
The Development of Jet and Turbine Aero Engines is indeed a brilliant piece of work for Aeronautical engineering students.
This book is a masterpiece which is penned down by John Anderson in a very simple style which makes it easy for students to get into the depth of the subject.
The content of the book targets towards physical as well as the theoretical background of the aerodynamics and the technology working behind it.
The book mentions the specific challenges on particular topics included in it to help students carry out integration very successfully.
This book is by Victor Kotelnikov who by profession is an aviation historian engaged in studying the critical subject dealing in Russian aero engines for several years.
The book represents a detailed study on the piston aero engines which are manufactured in the Russian factories starting from the birth of flight till taking a tour.
It is a brilliant historical research, which can be beneficial for the students of aero engineering.
This book is penned down by one of the successful aerospace authors, which educates the students about the aircraft performance techniques starting from first principles and how to apply them in real airplanes.
The book also discusses the philosophy and techniques related to aircraft designing.
Anderson beautifully combines both the subjects in one single text with this book. He managed to capture a degree of synergism which is hard to find in any book on the same subject.
The language used is of conversational style, to create interest in the readers.
This book is the Winner of the AIAA Summerfield Book Award as well as the Aviation/Space Writers Association Award of Excellence. It is one of the best-selling textbooks which clearly explain the complete process in regards to aircraft conceptual design.
The students of aero science can learn about initial sizing, analysis, configuration layout, sizing, optimization, as well as trade studies. This book is highly recommended for both industries as well as government aircraft design groups.
Daniel Raymer the author of the book is a reputed aerospace vehicle designer.
In this textbook, the authors share the fact that some fundamental principles are enough for the understanding of different modes of an aircraft and spacecraft propulsion.
The authors also make an effort to demonstrate the fact as to how the fundamental principles can help directly in making effective quantitative assessments of aircraft performance and also about the possibilities for making an improvement.
The book is very useful both for mechanical as well as aeronautical engineering students to have a deep understanding of all modes.
This book is specially written for upper-level undergrads, graduate, as well as the practicing engineers.
It deals with the information about the comprehensive treatment of the dynamics for the atmospheric flight which focuses majorly on the stability and methods of control which applicable for airplanes.
The book contains enough numerical examples to explain STOL airplanes, hypersonic flight, subsonic jet transports, stability augmentation, and also gradients of wind and density.
The book covers all major fundamental subjects, like elasticity, airworthiness, structural analysis, and aeroelasticity. Students can learn how to relate technical concepts and apply the same in the real world.
The book presents a detailed aircraft designing project case study. It describes the method of application of major fundamental techniques.
The author of this book T.H.G. Megson is a professor associated with the Department of Civil Engineering at Leeds University (UK).
You can call this book as an essential guide sharing useful and current information which will be needed regularly by the student as well as by the practicing engineer. The book discusses all the important aspects of an aircraft.
It includes both rotary craft and fixed-wing aircraft. You can call it a pocketbook for the engineers, offering quick access to the major aeronautical engineering data besides the sources of information for making a further in-depth informational analysis.
This is one of the essential books for the students of licensed A&P or Aircraft Maintenance Engineer status is Aircraft Engineering Principles.
The book is specially penned down to fulfill the need of JAR-66/ECAR-66, the Joint Aviation Requirement for the aircraft engineers who will be serving in Europe.
The author of this book Lloyd Dingle is a qualified chartered aeronautical engineer with over 25 years of practical experience in the industry.
He is an expert on aircraft maintenance and also specializes in fluid power systems and aircraft structure.
Presently he is serving at Farnborough College of Technology, UK as a lecturer.
This book is considered best for the students of graduate courses of aerodynamics, aeronautical engineering and also mechanical engineering. It is also a definite good book for those practicing professionals in the aeronautics industry.
Major areas of the aeronautical field are covered in this book which includes fluid mechanics, experimental techniques as well as computational fluid dynamics to help students in establishing a strong base for students and professionals in aerodynamics.
While this cannot be a comprehensive list of books dedicated to aeronautical engineering, it can surely give you a head start to dive in the interesting and challenging world of aerospace.