Optimal estimation of rotation-coupled flexural oscillations
Optimal iterative weighted least squares estimation of rotation-coupled flexural oscillations of boom stabilized satellites in earth orbits
Farrell, J. L.↗
Engineering topics
Newton, J. K.
Publications and source records attributed to Newton, J. K..
Continuous and discrete RAE structural models.
Three dimensional coupled flexural and attitude dynamics of libration-damped cruciform gravity gradient satellite, discussing effects of orbital eccentricity, solar radiation pressure, etc
Farrell, J. L.↗
Dynamics of a libration-damped discretized cruciform structure.
Digital program containing Eulerian formalism for multiple interconnected rigid members applied to gravity gradient stabilized satellite with flexible booms
Farrell, J. L.↗
Optimal estimation of rotation-coupled flexural oscillations.
Iterative weighted least squares method for reconstructing time history of coupled rotation and flexural oscillations of Radio Astronomy Explorer satellite
Connelly, J. J.↗
Solar pressure and thermal effects on the radio astronomy explorer.
Three dimensional coupled flexural and attitude dynamics of libration-damped cruciform gravity gradient satellite, discussing effects of orbital eccentricity, solar radiation pressure, etc
Farrell, J. L.↗
Digital program for dynamics of non-rigid gravity gradient satellites
Digital program for dynamics of nonrigid gravity gradient satellites
Connelly, J. J.↗
Natural frequencies of a flexible gravity- gradient satellite.
Oscillation behavior of gravity gradient librations and flexural modes of cruciform satellite with single degree of freedom
Farrell, J. L.↗