Coupling(Interaction); Control systems; Dynamics; Geometry; Control theory; Applied mechanics; N body problem; Algorithms; Stability; Damping; Momentum; Lie groups; Gravitational fields; Celestial mechanics; Lagrangian functions; Hamiltonian functions; Satellite attitude; Gyroscopes; Euler equations; Spinning(Motion); Theses; Equilibrium(General); Problem solving; Symmetry; Decoupling; Mechanical systems; Control algorithms; Geometric mechanics; Symplectic geometry; Lagrangian mechanics; Hamiltonian mechanics; Lasalle invariance principle; Lie symmetry groups; Many-body problems; Gyroscopic systems; Gyroscopic control; Block-diagonalization technique; Dual-spin problem; Energy-casimir method; Asymptotic stability; Lagrange-multiplier method; Energy- momentum method; Multibody systems;
机译:标量字段作为耦合动力量 - 几何系统中的内在时间测量。 I.中性引力崩溃
机译:分叉图中无限宽的奇异吸引子具有异常的发作机理-耦合模糊控制系统中的非线性动力学。 II
机译:耦合非线性系统对的动态。 I.磁系统
机译:动力系统的智能控制。一,线性时变系统的鲁棒辨识与控制
机译:耦合系统的几何,动力学和控制。
机译:特定对象几何形状中血液动力学和血管生长与重塑的耦合模拟
机译:标量场作为耦合动力学物质-几何系统中的固有时间度量。 I.中性重力崩溃