A linearization tool for use with matrix formalisms of rotational dynamics.
Rotational dynamics equations in linearized matrix form applied to satellite librations in circular orbit and gyroscope motion
Likins, P. W.↗
Engineering topics
Roberson, R. E.
Publications and source records attributed to Roberson, R. E..
Equilibria of orbiting gyrostats.
Equilibrium orientations of orbiting gyrostats, giving spectrum of solutions for bodies of varied shape and internal rotor angular momentum
Roberson, R. E.↗
Kinematical equations for bodies whose rotation is described by the Euler-Rodrigues parameter.
Matrix form of kinematical differential equations for rotating bodies described by Euler-Rodrigues parameter, deriving time derivatives
Roberson, R. E.↗
Gravitational equilibria of a rigid body containing symmetric rotors.
Existence and stability of equilibrium orientations of rigid body with gyrostat in nonuniform gravitational field
Hooker, W. W.↗
Gravitational equilibria of a rigid body containing symmetric rotors.
Existence and stability of equilibrium orientations of rigid body with gyrostat in nonuniform gravitational field
RIGID BODY↗
The gravitational environment within an earth satellite.
Fine structure of gravitational field in neighborhood of earth orbiting vehicle, analyzing contributions to field from earth, moon, sun, etc
SATELLITE ORBIT↗
A dynamical formalism for an arbitrary number of interconnected rigid bodies, with reference to the problem of satellite attitude control.
Dynamical formalism for arbitrary number of interconnected rigid bodies analyzed with reference to passive attitude stabilization of satellites
PASSIVE SATELLITE↗
Gravitational Equilibria of a Rigid Body Containing Symmetric Rotors
Gravitational equilibria of rigid body containing symmetric constant speed fixed axis rotor
ROTOR↗