J. Beck

发表

IAC-18,A6,4,6,x45666 RESULTS FROM THE H2020 ReDSHIFT PROJECT: A GLOBAL APPROACH TO SPACE DEBRIS MITIGATION

Francesconi, K. Tsiganis, S. Walker, 2018 .

Dynamical uncertainty and demisability occurrence for the atmospheric re-entry of SOHO

G. Tommei, E. Alessi, J. Beck, 2018, Advances in Space Research.

Improved representation of destructive spacecraft re-entry from analysis of high enthalpy wind tunnel tests of spacecraft and equipment

A. Guelhan, J. Beck, T. Schleutker, 2019, Acta Astronautica.

Self-induced collision risk analysis for large constellations

B. B. Virgili, H. Lewis, H. Krag, 2017 .

Progress in Hybrid Spacecraft/Object Oriented Destructive Re-entry Modelling using the SAM Code

Ian Holbrough, Jim Merrifield, James Beck, 2017 .

Characterisation of Demisable Materials through Plasma Wind Tunnel Testing

G. Herdrich, V. Liedtke, J. Beck, 2015 .

Design-for-Demise Analysis using the SAM Destructive Re-Entry Model

James Beck, Ian Holbrough, J. Merrifield, 2018 .

Verification and Application of the Sam Re-Entry Model

James Beck, Ian Holbrough, J. Merrifield, 2015 .

Advances for Radiation Modeling for Earth Re-entry in PARADE: Application to the STARDUST Atmospheric Entry

S. Fasoulas, G. Herdrich, J. Beck, 2012 .

Integrated environmental monitoring system for spacecraft

Martin G. Buehler, A. Bogorad, D. Martin, 1995 .

SENSITIVITY OF THE SPACE DEBRIS ENVIRONMENT TO LARGE CONSTELLATIONS AND SMALL SATELLITES

Holger Krag, Alessandro Rossi, Hugh G. Lewis, 2017 .

Effects of long-term exposure to the low-earth orbit environment on drag augmentation systems

J. Kingston, S. Hobbs, A. I. Aria, 2021 .

ReDSHIFT: A Global Approach to Space Debris Mitigation

Alessandro Rossi, Elisa Maria Alessi, Ian Holbrough, 2018, Aerospace.

Drag augmentation systems for space debris mitigation

Stephen Hobbs, Ian Holbrough, Jennifer Kingston, 2021 .

The H2020 project ReDSHIFT: Overview, First Results and Perspectives

K. Tsiganis, A. Francesconi, S. Walker, 2017 .