Harry Linskens

Papers

Total Citations

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About

Harry Linskens is a leading researcher in astrodynamics and space debris mitigation, whose work has significantly advanced the technologies needed for active debris removal (ADR). His primary research areas include tether dynamics, guidance and control systems, and the safe deorbiting of defunct satellites. Linskens’ major contributions focus on the complex dynamics of tethered systems used to capture and remove large debris objects, such as the defunct Envisat satellite. His most-cited paper, "Tether Dynamics Analysis and Guidance and Control Design for Active Space-Debris Removal" (2016, 63 citations), provides a foundational framework for the European Space Agency’s proposed ADR missions, addressing critical challenges in tether stability and control during deorbit maneuvers. This work is complemented by his study "Tether Dynamics Analysis for Active Space Debris Removal" (2016), which further explores the risks posed by orbital debris and the necessity of removal. Linskens’ research is highly impactful, offering practical solutions to one of the most pressing issues in spaceflight—collision avoidance and environmental sustainability in orbit. His achievements are instrumental in guiding future missions to safely remove hazardous debris, ensuring the long-term usability of space for exploration and commerce.