ORBITAL MECHANICS FOR ENGINEERING STUDENTS

Howard D. Curtis's 'Orbital Mechanics for Engineering Students' offers an in-depth exploration of space mechanics tailored for undergraduate engineering students. The book delves into the intricacies of orbital trajectories, elliptical orbits, and gyroscopic attitude control. With over 900 pages, it provides a structured approach to understanding space mechanics through detailed problem-solving, MATLAB code, and illustrative figures.

What You'll Learn

• Understand hyperbolic and elliptical trajectories
• Master coordinate transformations in orbital mechanics
• Analyze plane change maneuvers
• Gain insights into relative motion in circular orbits
• Utilize Gauss variational equations for complex calculations

Who This Book Is For

This book is designed for undergraduate engineering students who are new to space mechanics. It is especially beneficial for those studying aerospace engineering and looking to deepen their understanding of orbital mechanics through practical examples.

What You Need to Know First

A solid foundation in physics, dynamics, and mathematics, including differential equations and linear algebra, is essential to maximize the learning experience from this book.

Why This Book

This book stands out for its structured approach, integrating detailed examples and MATLAB code to facilitate learning. Unlike other texts, it focuses on problem-solving and practical applications, making complex theories more accessible.

What's Inside

Authored by Howard D. Curtis, this 912-page book is published by Elsevier and includes comprehensive chapters on space mechanics topics such as hyperbolic trajectories and gyroscopic control, supported by MATLAB examples.