Preliminary design of low-energy, low-thrust transfers to halo orbits using feedback control
Calculating low-thrust trajectories that connect geocentric orbits to Earth-moon halo orbits
involves designing the many-revolution thrust arc required to depart Earth vicinity. Existing …
involves designing the many-revolution thrust arc required to depart Earth vicinity. Existing …
[PDF][PDF] On-Manifold Pose Optimization on SE (3) for Spacecraft Coverage Maximization
Riemannian optimization methods are used to optimize spacecraft poses for maximizing
coverage area of satellite constellations. The solver ensures that each iteration using the …
coverage area of satellite constellations. The solver ensures that each iteration using the …
Event-driven network model for space mission optimization with high-thrust and low-thrust spacecraft
Numerous high-thrust and low-thrust space propulsion technologies have been developed
in the recent years with the goal of expanding space exploration capabilities; however …
in the recent years with the goal of expanding space exploration capabilities; however …
Optimization of in-space supply chain design using high-thrust and low-thrust propulsion technologies
In-space propellant supply chain can be effectively established for manned missions if high-
thrust crew vehicles and cargo tugs can be used in conjunction with low-thrust cargo tugs …
thrust crew vehicles and cargo tugs can be used in conjunction with low-thrust cargo tugs …
Space logistics network optimization with embedded propulsion technology selection
BB Jagannatha - 2018 - ideals.illinois.edu
Establishing long-term human presence beyond low Earth-orbit will require cooperative use
of emerging technologies, such as low-thrust solar electric propulsion, along with existing …
of emerging technologies, such as low-thrust solar electric propulsion, along with existing …