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MECH_ENG 395: Orbital Mechanics

Description

Orbital Mechanics is a fundamental discipline concerned with the motion of objects under the influence of gravitational forces, crucial for understanding both natural celestial phenomena and the operation of artificial satellites and spacecraft. This course delves into the core principles of classical mechanics and celestial mechanics that describe and predict orbital trajectories. Key areas of study include the mathematical representation of orbits through orbital elements, the analysis of two-body and n-body gravitational interactions, and an introduction to the techniques employed for orbital maneuvers and trajectory design. Students will gain an appreciation for the complexities introduced by various orbital perturbations and the methods used to model and account for them. This subject forms the bedrock for numerous applications in space exploration, satellite communication, remote sensing, and astrophysics, making it an essential area of knowledge for those pursuing careers in aerospace engineering, space exploration, satellite technology, astronomy and related fields.