Space Systems Dynamics

Research

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Space Systems Dynamics

Overview

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Artist's Illustration
of the IDEA Project

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Human-made Objects
in Earth Orbit

One of features to be emphasized here is the small satellite project initiated by graduate students. First, students learn entire lifecycle of a space system through a can-sized tiny satellite. Then, students get involved in a real small satellite project. Another feature is to apply astrodynamics to space debris issues. Space debris represents all space objects non-functional and human made. As an example, we investigate on the instability of the current debris population in the low-Earth orbit region (altitude below 2000 km). Another example is ground-based optical measurements in the geosynchronous Earth orbit region. Both examples are being conducted through collaboration with JAXA. Last feature comes from collaboration between research activities featuring space debris issues and students' small satellite project. We're conducting feasibility studies on small and medium debris removal using special low-density materials, and on small debris detecting satellite as secondary payloads to monitor space debris environment around the primaly payload.

Staff

Professor Toshiya Hanada

The Main Research Topics

  • Small satellite design
  • Spacecraft guidance and control
  • Orbital environment simulation and protection
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