Clean Space Industrial Days & AeroThermoDynamics Design for Demise Workshop

Session

e.Deorbit

24 Oct 2017, 11:30

Erasmus building (ESTEC)

52. e.Deorbit & SSV

Mr Robin Biesbroek (ESA)

24/10/2017, 11:30

53. Results of the Airbus DS led e.Deorbit Phase B1 ESA study

Dr Stéphane Estable (Airbus)

24/10/2017, 11:50

56. Space Debris Attitude Motion Measurements and Modelling, ENVISAT Case

Jiri Silha (University of Bern)

24/10/2017, 12:10

59. Final Pre-Flight Update for the Remove Debris ADR Mission

Jason Forshaw

24/10/2017, 12:30

54. Space Transportation Bus: An opporunity for new possibilities of Space Exploitation or Space Tug

Mrs carole billot (thales alenia space france)

24/10/2017, 14:00

57. Space Tug

Mr Gerrit Proffe (OHB System AG), Marc Scheper (OHB)

24/10/2017, 14:20

55. Space Utility vehichle

Eugenio Ferreira (Airbus)

24/10/2017, 14:40

58. Utilising the Space Drone spacecraft for ADR

Ms Danna Linn Barnett (Effective Space Solution)

24/10/2017, 15:00

60. ESA GNC Technologies and Test Beds for ADR and Space Tug Applications

Dr Guillermo Ortega (ESA)

24/10/2017, 16:00

61. On-ground testing of vision-based navigation for non-cooperative rendezvous targets using cameras in the visible and thermal infrared range

Manuel Sanchez Gestido (ESA)

24/10/2017, 16:20

62. Investigation of Detumbling Techniques

Fernando Gandia (GMV)

24/10/2017, 16:40

63. COMRADE

Fernando Gandía Abellán (GMV)

24/10/2017, 17:00

64. HIPNOS: High Performance Avionics Solution for Advanced and Complex GNC Systems for ADR

Mr David Gonzalez-Arjona (GMV Aerospace and Defence)

24/10/2017, 17:20

96. Technology building blocks and ongoing activities regarding spectral sensing for relative navigation

Dr Marco Esposito (cosine Research BV)

25/10/2017, 09:30

97. The RVS3000 and the RVS 3000-3D LIDAR Sensors: Recent Technological Advances and Future Applications

Florian Kolb (Jena Optronik)

25/10/2017, 09:50

98. ORCO: End-to-end On Ground System Validation of combined technologies for Debris Removal

Fernando Gandía Abellán (GMV)

25/10/2017, 10:10

99. VIMANCO: Vision Manipulation of non-cooperative objects

Vassilios Papantoniou (HTR)

25/10/2017, 10:30

100. Using Infrared-base relative navigation for Active Debris Removal

Özgün Yilmaz (University Cranfield, UK / ESA)

25/10/2017, 10:50

101. Navigation on a chip

Florian Kolb (Jena Optronik)

25/10/2017, 11:10

102. ESA Robotics for ADR and Space Tug Applications

Gianfranco Visentin (ESA)

25/10/2017, 11:50

103. Development of a gripper and the associated MGSE equipment

Mr Jaroslaw Jaworski (PIAP Space)

25/10/2017, 12:10

104. PREDATOR : ENVISAT capturing strategy using a STEWART platform based gripper

Stelios Skevakis (HTR)

25/10/2017, 12:30

105. Using a plenoptic camera for vision based navigation in an Active Debris Removal scenario

Jonas Philipp Lüke (Universidad de La Laguna)

25/10/2017, 12:50

106. Pre-Development of a Clamping Mechanism

Mr Iñigo Sard (AVS)

25/10/2017, 14:00

107. Design and Performance Analysis of the DLR robot manipulator arm for the e.Deorbit mission

Roberto Lampariello (DLR)

25/10/2017, 14:20

108. Validation Methodology of the Rendezvous and Grasping Maneuver on the Planar Air-Bearing Microgravity Simulator

Dr Karol Seweryn (Space Research Centre PAS (CBK PAN))

25/10/2017, 14:40

109. ASSIST

Dario Mora

25/10/2017, 15:00

35. Tethered-tugs dynamics and control verification and models validation by 0g experiments on parabolic flights

Prof. Michelle Lavagna (Politecnico di Milano)

25/10/2017, 16:00

The paper presents in details the design, implementation and running of the experiment run by the PoliTethers DAERPoliMi team to verify and validate the flexible connections dynamics in the 0g relevant environment. Space Tugs exploiting tether connection with the target must avoid effects such the bounce back and whiplash provoked by the intrinsic tether flexibility and elasticity. Therefore,...

36. Design and Dynamic Testing of Tether System as Active Capture Technology for e.Deorbit and Net/Harpoon Based Missions

Dr Lorenzo Marconi (Arescosmo S.p.A.)

25/10/2017, 16:20

The concept of space tethers has great potential in space applications; for this reason they have been investigated as electrodynamics power generators or motors, momentum exchange and orbital stabilization assets or formation flying connection and pulling ropes. In the most recent years, in the context of ESA (European Space Agency) Clean Space Initiative and general interest in space debris...

110. ISS SPHERES Tether Dynamics Experiments / Evaluation of Tethered Active Debris Removal Issues

Mr Marcel Becker (German)

25/10/2017, 16:40

111. Full Scale Demonstration of Debris Capturing with Deployable Nets

Wojtciech Golebiowski (SKA Polska)

25/10/2017, 17:00

112. PATENDER: A Net-Based Experiment and Possible Solution to the Space Debris Problem

Lorenzo Cercos (GMV)

25/10/2017, 17:20

137. e.Inspector - a cubesat inspection mission

Ms Sara Morales Serrano (ESA)

26/10/2017, 11:30

138. Inspection trajectories and GNC design

Mr Eric Reinthal (University of Würzburg), Dr Jesus Gil (ESA/ESTEC)

26/10/2017, 11:40

139. High thrust chemical propulsion for small satellites

Tobias Knop (Hyperion Technologies)

26/10/2017, 12:00

140. Efficient De-Orbiting of Micro and Nano Satellites Using the IFM Nano-Thruster

Mr Alexander Reissner (FOTEC)

26/10/2017, 12:20

152. Nanosat propulsion systems

Zeger de Groot (ISIS)

26/10/2017, 12:40

141. Mega Constellations EOL operations

Kate Symonds (ESA)

26/10/2017, 14:00

142. Active Debris Removal: A possible solution for megaconstellations

Mrs carole billot (thales alenia space france)

26/10/2017, 14:20

143. Design for Removal: A cost efficient opportunity to prepare future satellites to an an ADR mission

Mrs carole billot (thales alenia space france)

26/10/2017, 14:40