Moving mass control is a control mechanism dedicated to regulating attitude of airborne
vehicles by using motion of internal moving masses. This paper surveys the contemporary …

The literature review manuscript focuses mainly on five topics, which are related to the
space tether control researches:(1) space tether dynamical modelling;(2) tether deployment …

Investigation of the characteristics of the vibration and elastic wave propagation in the ultra-
large ultra-flexible damping spatial structures is the precondition for the active control of the …

A high‐fidelity multibody‐system dynamic model of the looped tether transportation system
(L‐TTS) is proposed in this study to study its large deformation as well as large overall …

A long tethered sub-satellite system (LTSS) has a promising application for earth
observation, which requires that the LTSS spins towards the earth. Due to the long flexible …

This paper analyzes the nonlinear dynamic behavior of a three-body tethered satellite
system undergoing deployment and retrieval, considering a variable orbital radius for the …

This paper studies the dynamics of a tether transportation system by the nodal position finite
element method in the framework of an arbitrary Lagrangian–Eulerian description. Material …

以空间太阳帆塔在轨运行中遇到的强耦合动力学问题为研究背景, 建立了空间刚性杆--
弹簧组合结构轨道与姿态耦合问题的动力学模型, 采用辛(几何) 算法研究了其轨道与姿态耦合的 …

SPACE tether systems are a promising technology that can be used to solve a wide range of
problems. An overview of the different ways of space tether application can be found in [1, 2] …

This paper studies the dynamics and libration suppression of a tethered system with a
moving climber in circular orbits. The tethered system is modeled by a two-piece dumbbell …