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  • IAC-15
  • A6
  • IP
  • session IP

    Title

    Interactive Presentations

    Date

    2015-10-14

    Time

    13:15

    IPC members
    • Coordinator: Mr. Christophe Bonnal, European Conference for Aero-Space Sciences (EUCASS), France;

    • Coordinator: Dr. J.-C. Liou, National Aeronautics and Space Administration (NASA), United States;

    papers

    Order

    Time

    Paper title

    Mode

    Presentation status

    Speaker

    Affiliation

    Country

    1

    Hypervelocity impact simulation of designed micro structure core sandwich panel using SPH

    confirmed

    Mr. YunHo Kim

    Korea Advanced Institute of Science and Technology (KAIST)

    Korea, Republic of

    2

    The comparison of impact resistance performance of hypervelocity impact on aluminum and GLARE by numerical simulation

    withdrawn

    Mr. Chunsen Shi

    Delft University of Technology (TU Delft)

    The Netherlands

    3

    Passive optical space surveillance system for initial LEO object detection

    confirmed

    Mr. Paul Wagner

    German Aerospace Center (DLR)

    Germany

    4

    investigation into damage of woven stuffed shield under high-speed non-metal projectile impact

    confirmed

    Dr. Gongshun Guan

    Harbin Institute of Technology

    China

    5

    experiment and calculation of the performance of debris shield stuffed with glass epoxy plate

    confirmed

    Mr. Xuezhong Wen

    China Aerodynamics Research and Development Center (CARDC) 

    China

    6

    ballistic limit equation for aluminum honeycomb sandwich panels

    confirmed

    Mr. MA ZHAOXIA

    China Aerodynamics Research and Development Center (CARDC) 

    China

    7

    damage characteristics of whipple shield subjected by hypervelocity impact of silicate simulacrum for micro-meteoroids

    confirmed

    Dr. Bin Jia

    Harbin Institute of Technology

    China

    8

    Chasing space debris, missiles & satellites – using ground systems. Tracking & high-res imaging systems for high proper motion space objects.

    confirmed

    Mr. Ido Bareket

    Israel

    9

    Evasive maneuvers pulsed in space debris environment, subject to disturbances of atmospheric drag and technological parameters.

    withdrawn

    Prof.Dr. Antonio Delson Jesus

    Brazilian Space Agency (AEB)

    Brazil

    10

    Evasive maneuvers on a collision course with cloud of space debris

    withdrawn

    Prof.Dr. Antonio Delson Jesus

    Brazilian Space Agency (AEB)

    Brazil

    11

    Dynamics and Control of Large Debris in Tether Drag Deorbiting

    withdrawn

    Dr. Liang Sun

    Beihang University

    China

    12

    Surrey Space Centre: A Survey of Debris Removal Research Activities

    confirmed

    Dr. Jason Forshaw

    Surrey Space Centre, University of Surrey

    United Kingdom

    13

    Machine learning applied to autonomous robotic capture of an uncooperative tumbling target

    withdrawn

    Mr. Marko Jankovic

    German Research Centre for Artificial Intelligence

    Germany

    14

    Optimal direction and a process design of removing low Earth Orbit debris with space-based laser

    confirmed

    Dr. Han Wei-hua

    Beijing Aerospace Control Center (BACC)

    China

    15

    Methodical approach to comprehensively resolution the problem of environmental pollution reduction when SLV with LPE launches

    confirmed

    Prof. Valeriy Trushlyakov

    Omsk State Technical University

    Russian Federation

    16

    Dorbit system based on Vacuum Arc Thruster for micro satellite

    confirmed

    Ms. Kateryna Aheieva

    Laboratory of Spacecraft Environment Interaction Engineering, Kyushu Institute of Technology

    Japan

    17

    Researche on the Measurement of Relative Position and Pose between Two Non-cooperative Spacecrafts

    withdrawn

    Dr. Yu Liu

    Aerospace System Engineering Institute ShangHai

    China

    18

    Synchronization strategy of orbital plane and phasing for active debris removal with micro-thruster

    confirmed

    Prof. zhang jinxiu

    Harbin Institute of Technology

    China

    19

    Automatic Detection Algorithm for Space Debris

    confirmed

    Mr. Rong-Yu Sun

    Purple Mountain Astronomical Observatory

    China

    20

    Orbit Prediction Precision Improvement of LEO Space Objects and its Application in Collision Risk Estimates

    withdrawn

    Mr. Zhongya Cang

    China Meteorological Administration (CMA)

    China

    21

    An analysis of the applicability of space debris mitigation guidelines to the commercial small-satellite industry

    confirmed

    Mr. Kartik Kumar

    Dinamica Srl

    Italy

    22

    Tether Orbital Perturbations Influence Determinator

    confirmed

    Mr. Marcel Becker

    TU Braunschweig

    Germany

    23

    Maturing throw-nets for space debris capture with validated simulators and zero-G testing.

    confirmed

    Mr. Kjetil Wormnes

    ESA

    The Netherlands

    24

    Towards the Generation of Empirical Thermal Flux Datasets for the Improvement of Engineering-Level Destructive Re-entry Simulations

    withdrawn

    Mr. Nathan Donaldson

    University of Oxford

    United Kingdom

    25

    deorbiting of nano satellite using cold gas thruster to minimize space debris.

    withdrawn

    Mr. Biltu Mahato

    India

    26

    Net-based space debris capture technology development plan: testing in relevant environment

    confirmed

    Prof. Michèle Lavagna

    Politecnico di Milano

    Italy

    27

    environmental impact of space debris repositioning

    28

    EQUO: an EQOatorial Observatory to improve the Italian space surveillance capability

    confirmed

    Dr. Fabrizio Piergentili

    University of Rome "La Sapienza"

    Italy

    29

    A novel recycling concept for space debris mitigation

    confirmed

    Dr. Gioacchino Scire

    University of Rome "La Sapienza"

    Italy

    30

    A.R.T.I.C.A. Deorbiting System: the new design and prototype of a compact deorbiting sail on board cubesat “Ursa Maior”

    confirmed

    Mr. Niccolò Bellini

    N.P.C. New Production Concept

    Italy

    31

    Design and first prototype of an ALT-AZ mount for 1m class telescope for space debris tracking

    confirmed

    Mr. Davide Rastelli

    N.P.C. New Production Concept

    Italy

    32

    LEO space debris removal task analysis and development proposals

    confirmed

    Mr. xiaoguang chen

    Shanghai Institute of Aerospace Technology

    China

    33

    OHB remediation activities for a cleaner space – e.Deorbit and Tentacle-Based Clamping Mechanism

    confirmed

    Mr. Marc Scheper

    OHB System AG-Bremen

    Germany

    34

    Space Debris Removal using De-Orbit Kit Technology

    confirmed

    Mr. Sourabh Kaushal

    Institute of Science and Technology, Klawad, Haryana, INDIA

    India

    35

    Probable approaches to the near-Earth orbits clean-up from space debris with dimensions less than 10 centimeters

    confirmed

    Prof. Vera Mayorova

    Bauman Moscow State Technical University

    Russian Federation

    36

    OHB mitigation activities for a cleaner space – CleanSat, Design-for-Demise, In-Orbit Refuelling, Propulsion Subsystem Passivation

    confirmed

    Mr. Jan-Christian Meyer

    OHB System AG-Bremen

    Germany

    37

    Advanced vision based technique for close range navigation in On-Orbit Servicing

    withdrawn

    Mr. Karthik Ravandoor

    University Wuerzburg

    Germany

    38

    optimizing observation scheduling for debris tracking facility with shortest path algorithm

    confirmed

    Dr. Haowen Cheng

    National Astronomical Observatories, Chinese Academy of Sciences

    China

    39

    An application of STAMP (Systems-Theoretic Accident Modeling and Processes) in Space Debris Mitigation

    withdrawn

    Mr. Eduardo Serrano

    National Institute for Space Research - INPE

    Brazil

    40

    On the use of long-range radars for Space Situational Awareness: an experimental test

    confirmed

    Dr. Marco MOLINA

    Selex ES

    Italy

    41

    Generic Model for Space Debris Mitigation for the Cubesat Constellation Missions

    confirmed

    Mr. Pouyan Azari

    Luleå Technical University

    Germany

    42

    Active Debris Removal: Overview and Figures of Merit of Debris Grabbing Strategies

    confirmed

    Mr. Daniele Emanuele Chiuri

    Institut Supérieur des Sciences et Techniques (INSSET)

    France

    43

    Software for Space-based optical observation system

    confirmed

    Dr. Jacopo Piattoni

    Alma Mater Studiorum - University of Bologna

    Italy

    44

    The boundary analysis of the TLEs’ uncertainty in active removal of cubesat-level space debris

    confirmed

    Prof. zhang jinxiu

    Harbin Institute of Technology

    China

    45

    On the capability of laser observations to improve the orbit prediction accuracy of space debris objects

    confirmed

    Mr. Harald Wirnsberger

    Space Research Institute, Austrian Academy of Sciences

    Austria

    46

    Analytic Lifetime-Estimation and TLE Validation of Reentering Space-Objects

    confirmed

    Dr. Benjamin Mueller

    German Air Force

    Germany

    47

    The construction of the characteristics of spatial distribution of cataloged space debris objects

    withdrawn

    Mr. Chingiz Akniyazov

    School of Astronautics, Beihang University

    China

    48

    A Complex of Non-iterative Methods for Planning Sessions of Observations of Orbital Objects

    confirmed

    Ms. Tatyana V. Labutkina

    Dnepropetrovsk National University named after Oles' Gonchar

    Ukraine

    49

    Adoption of the Maritime Law Salvage Principle for Space Debris Removal

    confirmed

    Mr. OLUSOJI NESTER JOHN

    African Regional Center for Space Science and Technology Education in English (ARCSSTE-E)

    Nigeria

    50

    On the motion of 12-hour satellites in near circular orbits

    confirmed

    Dr. Chang-Yin Zhao

    Purple Mountain Astronomical Observatory

    China