Dynamic Modelling and Control of a Double Tethered Towing System for Flexible Non-Functional Satellites Removal, M.Sc. Thesis Sharif University of Technology ; Assadian, Nima (Supervisor)
Abstract
Space debris have increasing importance for space missions. The towing removal scheme is one of the most promising ways for active removal of these debris from LEO orbits. In this approach, an active propelled satellite captures the debris via a space tether and a tethered net which by producing a force opposite to its velocity, it will cause deorbiting and burning the debris in the dense atmosphere. One of the issues with this technique is the danger of tether rupture which for solving that two tethers instead of one can be used. In this research study of active removal of flexible space debris via double tethered towing system has been done. Dynamic modeling has been done with Newton’s and...
Cataloging briefDynamic Modelling and Control of a Double Tethered Towing System for Flexible Non-Functional Satellites Removal, M.Sc. Thesis Sharif University of Technology ; Assadian, Nima (Supervisor)
Abstract
Space debris have increasing importance for space missions. The towing removal scheme is one of the most promising ways for active removal of these debris from LEO orbits. In this approach, an active propelled satellite captures the debris via a space tether and a tethered net which by producing a force opposite to its velocity, it will cause deorbiting and burning the debris in the dense atmosphere. One of the issues with this technique is the danger of tether rupture which for solving that two tethers instead of one can be used. In this research study of active removal of flexible space debris via double tethered towing system has been done. Dynamic modeling has been done with Newton’s and...
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