Research interests
My main research interests revolve around high-fidelity and high-performance numerical orbit and attitude propagation techniques in celestial mechanics. In this regard, I have expertise in the study, performance analysis and applications of regularized orbital formulations, most particularly the DROMO formulation. I also worked in extending these regularization principles to the attitude dynamics in combination with perturbation techniques.
Another major research field has been the study of the capture dynamics of temporarily captured asteroids in the vicinity of the Earth, as well as the study of slow deflection techniques for modifying the orbits of potentially hazardous asteroids.
I have also made contributions to the field of active space debris removal through this involvement in the development of the "ion beam shepherd" concept and the Ion Beam Interaction Simulator (IBIS).
Other research contributions also include rotating space tethers, where I have studied their long-term attitude evolution and explored their potential uses for orbit stabilization and artificially enhanced frozen orbits.
My skills also cover numerical integration methods, numerical techniques for scientific computing and the numerical simulation of dynamical systems.
Research group
Astronautics
Affiliate research group
Space Dynamics Group of the Technical University of Madrid
Dr Hodei Urrutxua
Southampton Boldrewood Innovation Campus
University of Southampton
Building 176
Burgess Road
Southampton
SO16 7QF
Room Number :
13/5083
