Publication | Closed Access
Time-optimal slewing of flexible spacecraft
177
Citations
10
References
1992
Year
Non-linear ProblemEngineeringMechanical EngineeringSpacecraft Attitude ControlStructural OptimizationComputational MechanicsNonlinear Mechanical SystemAssumed Modes MethodMechanicsSystems EngineeringTime-optimal SlewingReduced State SpaceMathematical Control TheoryDeployable StructureAerospace EngineeringAerospace TechnologyMechanical SystemsTrajectory OptimizationSpace Engineering
The tune optimal slewing problem of flexible spacecraft is considered. The system is discretized by the assumed modes method, and the problem is solved for a linearized model in reduced state space by parameter optimization. Optimality is verified by the maximal principle. The linear solution is further used to obtain time optimal solutions for the non-linear problem.
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