ESA Advanced Concepts Team (ACT) has proposed to construct large space antennas and solar power systems by deploying and stabilising a large web in space. The idea originates from the Japanese “Furoshiki Satellite”. Since an overly complicated control system contributed to the partly chaotic deployment, ACT suggests to use centrifugal forces to deploy the space web. In this study the design and folding pattern of space webs are discussed. An analytical model and a finite element model used to describe the deployment, from the chosen folding, are presented. Free deployment of space webs is studied and a first control strategy that enables controlled and stable deployment is suggested
Large deployable antennas are required for the advancement of space communications, Earth observatio...
In this paper, a new approach to the modelling of the deployment dynamics of a flexible multi-body s...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, F...
Several on-going studies indicate the interest for large, light orbiting structures, shaped as fish ...
In this thesis, experiments and simulations are performed to study the deployment dynamics of space ...
The Suaineadh project aims at testing the controlled deployment and stabilization of space web. The ...
The Suaineadh project aims at testing the controlled deployment and stabilization of space web. The ...
Large, reconfigurable and light orbiting structures are necessary to accomplish a number of tasks, s...
Lightweight deployable space webs have been proposed as platforms or frames for a construction of st...
Several on-going studies indicate interest in large, light orbiting structures, shaped like fishnets...
The benefit of developing large space structures has been acknowledged by many space agencies in suc...
Deployment systems for innovative space applications such as solar sails require a technique for a c...
In this paper, an extended version of Zolesi et al. (Proceedings of the 42nd ICES (AIAA 2012-3601), ...
The Suaineadh experiment had the purpose to deploy a 2m x 2m web in milli gravity conditions by usin...
The increasing demand for large antenna systems in space, providing a higher gain over a concentrate...
Large deployable antennas are required for the advancement of space communications, Earth observatio...
In this paper, a new approach to the modelling of the deployment dynamics of a flexible multi-body s...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, F...
Several on-going studies indicate the interest for large, light orbiting structures, shaped as fish ...
In this thesis, experiments and simulations are performed to study the deployment dynamics of space ...
The Suaineadh project aims at testing the controlled deployment and stabilization of space web. The ...
The Suaineadh project aims at testing the controlled deployment and stabilization of space web. The ...
Large, reconfigurable and light orbiting structures are necessary to accomplish a number of tasks, s...
Lightweight deployable space webs have been proposed as platforms or frames for a construction of st...
Several on-going studies indicate interest in large, light orbiting structures, shaped like fishnets...
The benefit of developing large space structures has been acknowledged by many space agencies in suc...
Deployment systems for innovative space applications such as solar sails require a technique for a c...
In this paper, an extended version of Zolesi et al. (Proceedings of the 42nd ICES (AIAA 2012-3601), ...
The Suaineadh experiment had the purpose to deploy a 2m x 2m web in milli gravity conditions by usin...
The increasing demand for large antenna systems in space, providing a higher gain over a concentrate...
Large deployable antennas are required for the advancement of space communications, Earth observatio...
In this paper, a new approach to the modelling of the deployment dynamics of a flexible multi-body s...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, F...