Impact of material and surface properties on thermo-mechanical coupling in laser-based orbit modification of space debris
Stefan Scharring,
Denise Keil,
Erik Klein
et al.
Abstract:The rapidly increasing amount of space debris is a critical problem of modern and future space infrastructure. Repetitively pulsed high energy lasers are frequently discussed as a technological option for the remotely based removal of multiple small space debris objects from the low Earth orbit (LEO) by recoil from laser ablation. Aiming for a realistic assessment of the concept's efficiency in debris mitigation, awareness of thermal constraints is needed.In our study, we employ finite element analysis (FEM) o… Show more
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