A methodology for producing simulations of the docking of a rigid spacecraft with any unrestrained flexible structure was studied. A detailed algorithm for the simulation of the docking of a rigid body with a nonuniform unrestrained beam was sought. The values acquired during docking by the variables characterizing the motions of the rigid body and the unrestrained beam were sought
A relatively general formulation for studying dynamics and control of a large class of space system...
A relatively general formulation for studying dynamics and control of a large class of space system...
The complete equations for the Unified Flexible Spacecraft Simulation (UFSS) program developed for t...
Mathematical models of a reference space station configuration (Power Tower) and a Space Shuttle Orb...
Abstract: A motion control algorithm for microsatellite mock-up with flexible rods docking...
A method for simulation of docking space vehicles is presented. The basic approach consists of irrpl...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76688/1/AIAA-25388-716.pd
A large-angle, multi-body, dynamic modeling capability was developed to help validate numerical simu...
A relatively general formulation for studying the nonlinear dynamics and control of spacecraft with ...
A relatively general formulation for studying the nonlinear dynamics and control of spacecraft with ...
Recent developments in micro- and nano-satellites have attracted the interest of the research commun...
An analysis and computer program were prepared to realistically simulate the dynamic behavior of a c...
A relatively general formulation for studying dynamics of flexible multibody orbiting systems in a ...
AbstractRecent developments in micro- and nano-satellites have attracted the interest of the researc...
A relatively general formulation for studying dynamics of flexible multibody orbiting systems in a ...
A relatively general formulation for studying dynamics and control of a large class of space system...
A relatively general formulation for studying dynamics and control of a large class of space system...
The complete equations for the Unified Flexible Spacecraft Simulation (UFSS) program developed for t...
Mathematical models of a reference space station configuration (Power Tower) and a Space Shuttle Orb...
Abstract: A motion control algorithm for microsatellite mock-up with flexible rods docking...
A method for simulation of docking space vehicles is presented. The basic approach consists of irrpl...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76688/1/AIAA-25388-716.pd
A large-angle, multi-body, dynamic modeling capability was developed to help validate numerical simu...
A relatively general formulation for studying the nonlinear dynamics and control of spacecraft with ...
A relatively general formulation for studying the nonlinear dynamics and control of spacecraft with ...
Recent developments in micro- and nano-satellites have attracted the interest of the research commun...
An analysis and computer program were prepared to realistically simulate the dynamic behavior of a c...
A relatively general formulation for studying dynamics of flexible multibody orbiting systems in a ...
AbstractRecent developments in micro- and nano-satellites have attracted the interest of the researc...
A relatively general formulation for studying dynamics of flexible multibody orbiting systems in a ...
A relatively general formulation for studying dynamics and control of a large class of space system...
A relatively general formulation for studying dynamics and control of a large class of space system...
The complete equations for the Unified Flexible Spacecraft Simulation (UFSS) program developed for t...