Get personalized book recommendations based on your reading history and preferences. Our algorithm analyzes your favorite books and reading patterns to suggest your next great read.

"Satellite dynamics" as a book category covers the theory, modeling, design and practical behavior of artificial spacecraft in orbit, bringing together orbital mechanics, attitude kinematics and control, perturbation analysis (atmospheric drag, gravity harmonics, third-body effects, solar radiation pressure), propulsion and maneuver planning, and system-level considerations for mission design and operations. Volumes in this category range from introductory textbooks and engineering handbooks to advanced monographs and case-study collections, and include analytic derivations, numerical simulation methods, guidance and control algorithms, testing and validation practices, and discussions of modern topics such as small-satellite and CubeSat dynamics, formation flying, constellation management, space situational awareness and debris mitigation. Intended audiences include undergraduate and graduate students, researchers, spacecraft and mission engineers, and technically minded enthusiasts seeking a rigorous, application-oriented understanding of how satellites move and are controlled in the space environment.

Filter books by their publication year. Enter the earliest year (Start) and latest year (End) to find books published within that period. Leave either field empty to search from the beginning of time or up to the present day.