session 2

Title: Modelling and Risk Analysis
Description: This session will address the characterization of the current and future debris population and methods for in-orbit and on-ground assessments. The in-orbit analysis will cover collission risk estimates based on statistical population models and deterministic catalogues, and active avoidance.
Date: 2014-09-30
Time: 09:45
Room: 801B

IPC members

Co-Chair: Dr. Luciano Anselmo, ISTI-CNR, Italy;
Co-Chair: Dr. Mark Matney, National Aeronautics and Space Administration (NASA), Johnson Space Center, United States;
Rapporteur: Prof. Toshiya Hanada, Kyushu University, Japan;

papers
Order	Time	Paper title	Selection result	Mode	Presentation status	Speaker	Affiliation	Country
1		Massive Collisions in LEO - A Catalyst to Initiate ADR	accepted	18'	confirmed	Dr. Darren McKnight	Integrity Applications Incorporated (IAI)	United States
2		discussion on the necessity of orbital debris removal in the geostationary region	accepted	18'	confirmed	Mr. Satoshi Furuta	Kyushu University	Japan
3		sensitivity analysis of the long term evolution of space debris population in leo	accepted	18'	confirmed	Mr. Juan Carlos Dolado Perez	Centre National d'Etudes Spatiales (CNES)	France
4		The effect of modelling assumptions on predictions of the space debris environment	accepted	18'	confirmed	Mr. Richard Blake	University of Southampton	United Kingdom
5		Influence of solar activity on long term propagations	accepted	18'	confirmed	Mr. Benjamin Bastida Virgili	European Space Agency (ESA)	Germany
6		Deriving the spacecraft environment criticality from Monte-Carlo simulations of the space debris environment	accepted	18'	confirmed	Mr. Jonas Radtke	Technische Universität Braunschweig	Germany
7		Evaluation index for the ranking of LEO objects	accepted	18'	confirmed	Dr. Elisa Maria Alessi	IFAC-CNR	Italy
8		ORDEM 3.0 and MASTER-2009 modeled small debris population comparison	accepted	18'	confirmed	Dr. Paula H. Krisko	National Aeronautics and Space Administration (NASA)	United States
9		ORDEM 3.0 and the Risk of High-Density Debris	accepted	18'	withdrawn	Dr. Mark Matney	National Aeronautics and Space Administration (NASA), Johnson Space Center	United States
10		Hypervelocity Impact Testing of DebriSat to Improve Satellite Breakup Modeling	accepted	18'	confirmed	Mr. Moises Rivero	University of Florida	United States