orbital mechanics

Satellite path science

Orbital mechanics is the branch of physics dealing with the motion of objects in space under the influence of gravity.

It governs how satellites, spacecraft, and celestial bodies move in their paths around planets, stars, and other massive objects.

The field applies Newton's laws and Kepler's equations to calculate trajectories, predict positions, and plan maneuvers: The mission required precise orbital mechanics to slingshot around Jupiter.

maneuvers

Hohmann transfer

Minimum-energy orbital transition

circularization · rendezvous · docking · aerobraking · gravity assist · slingshot · deorbit · phasing · braking

parameters

inclination

Disposition toward something

azimuth · angular momentum · period · altitude · velocity

theory

Newton's laws

Three motion axioms

escape velocity · conic sections · precession

orbits

perigee

Orbit's closest point

elliptical · hyperbolic · parabolic · geostationary · geosynchronous · retrograde · prograde · heliocentric · geocentric

spacecraft

attitude control

Regulating rotational position

thruster · stabilization · solar sail · ion engine · propellant · drag

Opposites
domain of physics

orbital mechanicsstatics

Mechanics of equilibrium

linear motion · aerodynamics · ballistics · projectile motion · classical mechanics

theoretical vs. empirical approach

orbital mechanicsdead reckoning

Position-tracking via estimated motion

scale of application

orbital mechanicsquantum mechanics

Physics at nanoscopic scales

particle physics · atomic physics · nanotechnology

Family

orbit, mechanic, mechanical, mechanics, orbiting, orbited, orbital, orbiter, orbitals

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