rootbrowseIAC-19C1session 55. Attitude Dynamics (1)Papers1. SWOT: an AOCS answering to high payload constraints2. Impact of Strain-Actuated Attitude Control Systems for Variant Mission Classes3. on the attitude control by thruster of a spinning solar sail and bending moment's effect analysis4. Semi-analytical Approach to Fasten Complex and Flexible Pointing Strategies Definition for Nanosatellite Clusters: the HERMES Mission Case from Design to Flight5. Detumbling and Attitude Control of Cubesats via Multi-Model Based Embedded Optimization6. Model Predictive Steering Control Law for Double-gimbal Scissored Pairs of Control Moment Gyros7. Control of an Over-Actuated Spacecraft using a Combination of a Fluid Actuator and Reaction Wheels8. Forward Dynamics Algorithm for Origami-Folded Deployable Spacecraft Structures9. Coupled Motion Determination and Stabilization of a Satellite Equipped with Large Flexible Elements Using ADCS Only10. minimum jerk attitude slew maneuvers11. Design and Hardware-in-the-Loop Test of an Active Magnetic Detumbling and Pointing Control based only on Three-Axis Magnetometer Data12. experimental validation of agile attitude control with sinc function-based profiler for reducing residual vibrations. optimal steering law for single-gimbal control moment gyroscopes with singularity avoidance and vibration suppression