Membrane structures, which are widely used in aerospace and civil engineering, are
susceptible to large amplitude vibrations due to their low structural damping and high …

The solar sail spacecraft utilizes Solar Radiation Pressure (SRP) to achieve propulsion,
which can realize long-term acceleration without fuel consumption, making it an appealing …

Large-scale space membrane antennas have significant potential in satellite
communication, space-based early warning, and Earth observation. Because of their large …

The dynamic equivalent methodology utilizing a grid membrane substitute for a planar
membrane for vibration test verification on the ground has been demonstrated in small sizes …

In this paper, the hybrid control of attitude maneuver and nonlinear vibration of a satellite
with membrane antenna structure is studied. Considering the geometric nonlinearity of large …

The solar sail, a new type of spacecraft that uses only the Solar Radiation Pressure (SRP)
for its propulsion, has great application prospect in the pole-sitter mission and deep space …

Though various control schemes have been investigated numerically for vibration control of
large-scale membrane structure, there has not presented any practical method to recognize …

This paper presents a comprehensive review of the diverse approaches employed to study
dynamic responses of gossamer membrane structures for space applications. The primary …

In this paper, the thermal analysis of a membrane antenna structure is performed, and then,
the rigid‐flexible coupling dynamic modeling and control of the membrane‐antenna‐satellite …

In this paper, on-orbit modal identification of membrane antenna spacecraft is investigated.
Based on the modal identification results, dynamic model of the spacecraft is updated, and a …