The performance of the Reaction Control System is impacted by the extreme flexibility of the space station structure. The method used to analyze the periodic thrust profile of a simple form of phase plane logic is presented. The results illustrate the effect on flexible body response of the type of phase plane logic utilized and the choice of control parameters: cycle period and attitude deadband
An executive summary and an analysis of the results are discussed. A user's guide for the digital co...
A relatively general formulation for studying the dynamics and control of an arbitrary spacecraft wi...
NASA is providing preliminary design and requirements for the Space Launch System Exploration Upper ...
Principles for the design and stability of a spacecraft on-orbit attitude control system employing o...
A case study of a spacecraft having flexible solar arrays is presented. A stationkeeping attitude co...
The NASA Lewis Research Center is concerned with the potential of interaction between space station ...
This thesis shows that reaction jet thrust pulses, each of constant amplitude and time duration, in ...
Basic principles for the design and stability of a spacecraft on-orbit attitude control system emplo...
This paper is concerned with the closed-loop dynamic analysis of on-orbit maneuvers when the Space S...
A study was made to determine the influence of truss bay size on the performance of the space statio...
A study is made to develop controllers for the NASA-JSC Triangular Space Station and evaluate their ...
Interaction between structural or elastic response of spacecraft and attitude control system dynamic
2012-08-02A methodology for the design of robust control systems for flexible spacecraft undergoing ...
Space manipulators mounted on a free-floating base are structurally flexible mechanical systems. For...
Spacecraft control algorithms must know the expected vehicle response to any command to the availabl...
An executive summary and an analysis of the results are discussed. A user's guide for the digital co...
A relatively general formulation for studying the dynamics and control of an arbitrary spacecraft wi...
NASA is providing preliminary design and requirements for the Space Launch System Exploration Upper ...
Principles for the design and stability of a spacecraft on-orbit attitude control system employing o...
A case study of a spacecraft having flexible solar arrays is presented. A stationkeeping attitude co...
The NASA Lewis Research Center is concerned with the potential of interaction between space station ...
This thesis shows that reaction jet thrust pulses, each of constant amplitude and time duration, in ...
Basic principles for the design and stability of a spacecraft on-orbit attitude control system emplo...
This paper is concerned with the closed-loop dynamic analysis of on-orbit maneuvers when the Space S...
A study was made to determine the influence of truss bay size on the performance of the space statio...
A study is made to develop controllers for the NASA-JSC Triangular Space Station and evaluate their ...
Interaction between structural or elastic response of spacecraft and attitude control system dynamic
2012-08-02A methodology for the design of robust control systems for flexible spacecraft undergoing ...
Space manipulators mounted on a free-floating base are structurally flexible mechanical systems. For...
Spacecraft control algorithms must know the expected vehicle response to any command to the availabl...
An executive summary and an analysis of the results are discussed. A user's guide for the digital co...
A relatively general formulation for studying the dynamics and control of an arbitrary spacecraft wi...
NASA is providing preliminary design and requirements for the Space Launch System Exploration Upper ...