Author_Institution :
Space Eng. Dept., Samara State Aerosp. Univ., Samara, Russia
Abstract :
Attitude dynamics of the multi-spin spacecraft (MSSC) and multirotor unbalanced gyrostats (MUG) is considered in aspects of the possibility of the strange multiscroll chaotic attractors´ (MCA) realization. Corresponding connections between the dynamical systems with MCA (Lorenz, Sprott, Wang, Qi, Li, Chen, Lü, Liu, Čelikovský, Burke, Shaw, Arneodo, Coullet, etc.) and the mathematical models of the MSSC/MUG´ attitude dynamics are established/defined at the presence of only linear structures of external torques (primarily linear dissipation or excitation) and control signals in the internal rotors´ engines of the MSSC/MUG.
Keywords :
aerodynamics; aerospace control; chaos; nonlinear control systems; rotors (mechanical); space vehicles; torque control; MCA; MSSC-MUG attitude dynamics; attitude dynamics; control signals; dynamical systems; external torques; internal rotor engines; linear structures; mathematical models; multirotor unbalanced gyrostats; multiscroll chaotic attitude; multiscroll chaotic attractor realization; multispin spacecraft; primarily linear dissipation; Chaotic communication; Dynamics; Equations; Mathematical model; Rotors; Space vehicles; control systems and torques; internal rotors; multi-spin spacecraft; multiscroll chaotic attractors; unbalanced gyrostats;
