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  • session 5

    Title

    Post Mission Disposal and Space Debris Removal 1 - SEM

    Description

    This session will focus on the Remediation part of the SEM, dealing with ADR (Active Debris Removal), JCA (Just in time Collision Avoidance), LDTM (Large Debris Traffic Management) among solutions. It will address post-mission disposal and active removal techniques “ground and space based”, review potential solutions and identify implementation difficulties.

    Date

    2024-10-18

    Time

    10:15

    Room

    Brown Hall 3

    IPC members
    • Co-Chair: Prof. Balbir Singh, Manipal Institute of Technology, Manipal Academy of Higher Education, India;

    • Co-Chair: Prof. Roberto Opromolla, University of Naples "Federico II", Italy;

    • Rapporteur: Mr. Laurent Francillout, CNES, France;

    papers

    Order

    Time

    Paper title

    Mode

    Presentation status

    Speaker

    Affiliation

    Country

    1

    10:15

    Taking a Step towards Implementation: Status and Recent Achievements of the Commercial Removal of Debris Demonstration Program

    15

    confirmed

    Mr. Toru Yamamoto

    Japan Aerospace Exploration Agency (JAXA)

    Japan

    2

    10:30

    Small Spacecraft Post-Mission Disposal Demonstration Results by De-orbit Mechanism Based on Membrane Structure

    15

    confirmed

    Dr. Toshinori Kuwahara

    Tohoku University

    Japan

    3

    10:45

    A cost-effective approach to space debris mitigation using CubeSat technology

    15

    confirmed

    Mr. Federico Basana

    CISAS – “G. Colombo” Center of Studies and Activities for Space, University of Padova

    Italy

    4

    11:00

    active debris remediation effectiveness for low earth orbit system risk reduction

    15

    confirmed

    Mr. Nathan Wagner

    Northrop Grumman Innovation Systems

    United States

    5

    11:15

    CHIME Satellite Design for Disposal minimising Casualty Risk upon re-entry

    15

    confirmed

    Ms. Puloma Chatterjee

    Thales Alenia Space

    France

    6

    11:30

    Optimizing element & system compliance of robotic, gecko adhesion-based grippers to the unknown geometries of space debris targets

    15

    confirmed

    Ms. Maddy Stratton

    University of Southern California

    United States

    7

    11:45

    Safety in mission and system design for In-Orbit Servicing and Active Debris Removal during close proximity operations

    15

    confirmed

    Mrs. Anthea Evelina Comellini

    Thales Alenia Space

    France

    8

    12:00

    Technologies and Standard Interfaces for Active Debris Removal: An Overview of ESA's Design for Removal Initiative

    15

    confirmed

    Mr. Daniel Wischert

    European Space Agency (ESA)

    The Netherlands

    9

    12:15

    stability analysis of orbital towing for tethered satellite systems under active disturbance from abandoned satellites

    15

    confirmed

    Mr. Dapeng Lian

    Beihang University

    China

    10

    12:30

    ADEO – Aerodynamic Deorbit System for Satellites

    15

    confirmed

    Dr. Liesbeth Arnouts

    HPS GmbH

    Germany

    1*

    10:15

    Advancements in UK Active Debris Removal: A Comprehensive Overview of the UK Space Agency’s Mission

    15

    confirmed

    Ms. Jodie Howlett

    UK Space Agency

    United Kingdom

    2*

    10:30

    Collision Avoidance and Disturbance Minimization through Deep Reinforcement Learning Control of a Free-Floating Space Manipulator

    15

    confirmed

    Mr. Muneeb Arshad

    Clarkson University

    United States

    3*

    10:45

    Optimal Detumbling Failed Spacecraft by Hall Thrusters

    15

    confirmed

    Dr. Hongqian Zhao

    Northwestern Polytechnical University

    China

    4*

    11:00

    Orbit Normalization Policy: The Significance and Effectiveness of a Non-Incremental Approach to Space Debris Removal through PMD Devices

    15

    confirmed

    Mr. Yasuhito Uto

    BULL Co., ltd.

    Japan

    5*

    11:15

    Planning Active Multi-Debris Removal Mission Using Deep Reinforcement Learning

    15

    confirmed

    Mr. Hugo de Rohan Willner

    CentraleSupélec

    France