Customer Reviews

Fundamentals of Aerodynamics (McGraw-Hill Series in Aeronautical and Aerospace Engineering)

5 star:		(21)
4 star:		(3)
3 star:		(0)
2 star:		(0)
1 star:		(0)

 

 

This excellent book is full of examples and equations to help students relate to the fundamental concepts in an introductory aerodynamics class.

The book is especially useful for reference, as it explains the derivations and many forms of complex equations such as the continuity equation. Furthermore, there are lots of examples of real-world design situations and historical backgrounds.

Overall, one of the best books I have used in my undergraduate aerospace engineering curriculum.

Great book for first and second semester aerodynamics. Especially the sections on supersonics and hypersonics. Links the technical and historical aspects of aerodynamics to give a very good global perspective of the subject. Anderson also provides "roadmaps" which tend to help the reader stay on track as to where the discussion is going. Those are especially helpful for technical books such as this one.

This book is one of the best written books I have. This book is well-organized, clearly written and easily understood. Each chapter contains a road map to keep the reader well aware of the proper flow of ideas and concepts.

Over 5 years as an aerospace engineer at Boeing and Lockheed Martin, I have used this book far more than any other for aeronautics. This is not only a good textbook, but an excellent reference, and one of the few technical books I have found worth reading cover-to-cover. Many engineers simply say "look at Anderson" to find whatever answers you need.

This is by far the best textbook I had on any subject of my aerospace eng. undergrad degree. Presentation of concepts is concise and examples are clear and easy to follow. The text is enriched by the inclusion of design boxes which explain a few key areas in the design of various interesting aircraft. If you don't like your textbook for whatever reason, don't hesitate to get this one and it'll certainly help you understand this subject well.

This book covers all the aerodynamics a basic research engineer in aerodynamics would like to know. From non viscous to viscous and from subsonic to hypersonics. boundary layer and schockwave theories all included. Every part starts clearly with a nice outline the book will follow to come to the desired theorie. We use it for our doctorate program at Delft Aerospace, Delft University of Technology.

Dr. Anderson's book is an excellent tool if you'd like to teach yourself aerodynamics and have the background in math to handle it (multivariable and vector calculus...get "Div, Grad, Curl, and All That" if you need a refresher). His derivations are very clear and his chapter maps provide a nice road guide to give you an idea of where you're going. This book is also very good at maintaining rigor in describing the limitations of the derivations, a necessary quality since a lot of us tend to forget that the results we see are only valid in certain circumstances (incompressible flow, irrotational flow, inviscid flow, etc.).

Very few downsides: a few typos and no answers to end-of-the-chapter problems.

This book with the the book "Computational Fuid Dynamiscs"of the same author, is a very strong tool for every student interested ion the field of aerodynamics and CFD. Very easy to read and understand, without any doub is the best book in the field that i have ever read.

5 Stars.

Fundamentals of Aerodynamics, by John D. Anderson, provides an excellent foundation in aerodynamics for engineers. Presented at the graduate or senior undergraduate level, this book covers all of the fundamentals in a student-friendly manner that also works well as a professional reference.

Dr. Anderson has quite a gift for placing information in appropriate contexts - both technically and historically. The book is well organized and promotes learning by laying a solid foundation and then building on that foundation. The sample problems presented through the chapters are clear and effective at illustrating important points.

Major topics include: Incompressible non-viscous flow, Compressible flow, and Viscous flow (including an introduction to boundary layers). Significant time is spent on potential flow theory and it's application to the prediction of lift and induced drag.

Also recommended for students of aeronautics are Dr. Anderson's other titles, including:

- Introduction to Flight

- Modern Compressible Flow with a Historical Perspective

- Introduction to Computational Fluid Dynamics

"Fundamentals of Aerodynamics" is an excellent book by a knowledgeable author that provides the basic know-how and skills that an aeronautical engineer will find useful and helpful. The book is well written in a readable and easy to follow format that provides the reader with a comprehensive overview of aerodynamics. The author reinforced his message with numerous helpful examples and several illustrations which should help the reader to grasp the aerodynamics concepts and principles.

This is among the best aerodynamics books on the market for those studying the subject. You will find the aerodynamics concepts and theory well presented and explained.

This is recommended reading for those studying aeronautical engineering at undergraduate level. Practicing aeronautical engineers will also find the book to be a useful reference.