Litcius/Paper detail

Turn-on/off control with dynamic significance of active suspension based on energy dissipation principle for manned lunar rover under low gravity and rough terrain conditions

Shunan Zhou, Zhen Liu, Haibo Gao, Ming Zhao, Lingyu Wang, Guangyu Jiang

2024Mechanical Systems and Signal Processing14 citationsDOI

Topics & Concepts

Suspension (topology)Control theory (sociology)TerrainDeflection (physics)Active suspensionVibrationController (irrigation)EngineeringComputer sciencePhysicsAcousticsControl (management)ActuatorMathematicsHomotopyArtificial intelligenceEcologyAgronomyBiologyOpticsPure mathematicsElectrical engineeringSoil Mechanics and Vehicle DynamicsDynamics and Control of Mechanical SystemsPlanetary Science and Exploration
Turn-on/off control with dynamic significance of active suspension based on energy dissipation principle for manned lunar rover under low gravity and rough terrain conditions | Litcius