A New Model for the Planetary Radiation Pressure Acceleration for Solar Sails
Potential of Diffractive Sail’s Sun–Earth Equilibria for Continuous Polar Observation
Improving Spacecraft Reliability Through Digital Transformation
Distributed Control for Multiple Spacecraft System Near Asteroids with Event-Triggered Strategy
Transfer from Lunar Gateway to Sun-Earth Halo Orbits Using Solar Sails
Mission Architecture to Reach and Operate at the Focal Region of the Solar Gravitational Lens
Visco-Elasto-Plastic Behavior of Creased Space Membrane
Stress and Failure Onset Analysis of Thin Composite Deployables by Global/Local Approach
Physics-Informed Neural Networks for Optimal Planar Orbit Transfers
Analytical Investigation of Global Deployed Shape of a Spinning Solar Sail Membrane
Comparative Study of Pseudospectral Methods for Spacecraft Optimal Attitude Maneuvers
Nonlinear Deployment Dynamics and Wrinkling of a Membrane Attached to Two Axially Moving Beams
Verification of Wrinkle-Scaling Law Using Photogrammetry for Rectangular Membranes
Nonlinear Dynamics Investigation of Variable Cross-Sectional Solar-Sail Masts
Role of Solar Irradiance Fluctuations on Optimal Solar Sail Trajectories
Dynamic Modeling and Spin Control for Deployment of Spin-Type Heliogyro Solar Sail
Thermally Induced Dynamic Response of a Stripped Solar Sail in Low Earth Orbit
New Approach to Folding a Thin-Walled Yoshimura Patterned Cylinder
Solarelastic Instability of Periodically Time-Varying Heliogyro Blade