Free PDF Orbital Mechanics for Engineering Students (Aerospace Engineering)
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Orbital Mechanics for Engineering Students (Aerospace Engineering)
Free PDF Orbital Mechanics for Engineering Students (Aerospace Engineering)
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About the Author
Professor Curtis is former professor and department chair of Aerospace Engineering at Embry-Riddle Aeronautical University. He is a licensed professional engineer and is the author of two textbooks (Orbital Mechanics 3e, Elsevier 2013, and Fundamentals of Aircraft Structural Analysis, McGraw Hill 1997). His research specialties include continuum mechanics, structures, dynamics, and orbital mechanics.
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Product details
Series: Aerospace Engineering
Hardcover: 768 pages
Publisher: Butterworth-Heinemann; 3 edition (November 8, 2013)
Language: English
ISBN-10: 9780080977478
ISBN-13: 978-0080977478
ASIN: 0080977472
Product Dimensions:
7.5 x 1 x 9.2 inches
Shipping Weight: 3.8 pounds (View shipping rates and policies)
Average Customer Review:
3.8 out of 5 stars
55 customer reviews
Amazon Best Sellers Rank:
#251,874 in Books (See Top 100 in Books)
As a student of aerospace engineering, I took a class in orbital mechanics - a truly fascinating subject. Like many others at the time, I was exposed to "Fundamentals of Astrodynamics" by Bate et al. As far as I know, people thought it was the best text available. However, it is no match for Curtis' book. Comparing the two made me somewhat envious of today's student. Orbital Mechanics offers great clarity, great solved examples, and surprising depth, considering it is an undergraduate text. To me clarity is of the essence and, to me, nothing provides more clarity than worked out examples, in particular if they involve realistic scenarios. For instance, one of the examples of this nature provides a step-by-step approach to determine the orbit of an asteroid from two observations. A great book I recommend to anyone studying orbital mechanics.
My Astrodynamics class used the classic by Bate due to the very low cost. However, because the book we used was last updated a looooooong time ago (there were references to the Soviets everywhere...which just made me feel old...), this book made for an excellent companion. The included MATLAB codes, especially for the classic orbital elements, were outstanding, and the flow of the book mostly matched how my class progressed as well. Highly recommended.
I recently read the 2nd edition of this book. Though I am more advanced in my experience and knowledge of much of the material covered, I picked up this book for a great deal and thought it would be interesting to brush up on some basics in a few areas. I also always enjoy seeing the different approaches used by various authors when covering a particular topic within such a subject area. I must say that this is one of the best introductions to orbital mechanics and astrodynamics that I've ever come across.There are a few minor errors in the 2nd edition and the errata sheet is available at the publisher's website if you look for it. Again, they are few in number and very minor. I have read many very technical books from advanced dynamics to advanced radar theory and I can tell you it is rare to come across a text that has absolutely no errors, regardless of how many peers review the work prior to publication. In writing many technical works of my own in my career, including complex mathematical algorithms, having those works peer reviewed, as well as participating in the peer review of others' works, I have noticed a phenomenon at work that helps to ensure that at least some errors eventually make it through to publication. When you are intimately familiar with a subject, I believe the brain will occassionally read what is supposed to be on the page rather than what actually is. However, the few errors that are present (less than two pages, large type and large line spacing on the errata sheet) are more than overshadowed by the overall quality and content of the book.I urge you to ignore the personal attacks of one reviewer and consider the content and worthiness of the work. Also note that some of the prior reviews have nothing to do with the book itself or its content (e.g. complaints about delivery problems, getting the wrong version when purchasing the Kindle edition, etc). These affect the overall rating of the book even when they do not critique the work itself.The explanations provided by the author are very clear and concise. The ideal combination of content. It does expect you to know a little calculus to follow some of the derivations but that shouldn't be an obsticle to applying the knowledge of the end-results of the derivations.I am particularly pleased by the consistency in use of notation, something that I cannot say for many works on more advanced topics. Standard, widely-accepted vector, matrix and calculus notation is utilized and kept consistent within the text and between the text and the figures. I have authored many technical works in my career (published only within DoD programs) and have a deep understanding of the difficulty in expressing complex concepts in the form of graphical aids to support the discussion in the text. Especially without using color and shading to assist in properly depicting three-dimensional concepts. While the illustrations in this text aren't as complex as many I have had to produce, I was impressed by how well simple black-and-white line drawings and gray-shaded drawings were used in this work.The topics covered, and the examples presented, provide a rather comprehensive introduction to the subject matter.I urge you to use Amazon's "Look Inside" feature to review the table of contents. I found some of the example problems to be rather unique and interesting compared to typical examples encountered in other works.I'll admit that I skipped the sections on parabolic and hyperbolic orbits as they did not of particular interest to me.However, I have no problems recommending this text to anyone (with a little calculus background and a little physics background preferred) who need to obtain a good introduction to orbital mechanics/fundamental astrodynamics. This book will provide you with a solid foundation to continue studying more advanced subjects in space flight dynamics, satellite attitude determination/control, mission planning, tracking, re-entry dynamics, and more.In summary, a great introduction and worthy of the price.
The book itself has decent quality. However, in the Kindle version, all the equations are scanned images in low resolution. This combines with the blackboard bold font make it impossible to read pixilated equations.
Curtis deserves credit for managing to make the material described easy enough to swallow that you can basically jump into this material even cold turkey. The dialogue and derviations are easily followable, and theres enough of an intro on kinematics and a review of some of the basic geometry and algebra that you wont require a second textbook to translate the first.The problems arrise in the examples. While I appluad the majority of them, its readily apparent that they were performed by a assistant or a student, as theres just enough errors to radically confuse aynone trying to copy the problem to get an understanding of the process. And while the examples are plentuiful enough to be incredibly useful, they cover only the barest bones. I can understand not wanting to spend 1/3 of the book performing example problems, a few of the more complex subjects would've been greatly assistaed by just a handful of problems that involved more than just perfect universes with circular, coplanar orbits using point masses. And even the homework problems are no respite, as some of the chapters had a grand total of 8 problems, meaning at most 4 had in-book defined answers for personal study.Overall, for such a dry and complex subject matter, this book is extremely useful, but just 20-30 more pages of problems and exmaples would've been a termendous boon.
Good reference on orbital mechanics. Blends the mathematics with good examples and plenty of illustrative graphics. Has a few typos. Most of them are in references to equations with one number off. Best of the 5 references I have in my own library on the subject. Covers the topic all the way from Keppler physics to more modern algorithms. The downloaded Appendix D for the MATLAB scripts is quite comprehensive.
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