GREENHOUSE DESIGN CONCEPTS FOR MOON AND MARS
This paper will show the methodology used for developing a greenhouse design concept for moon and Mars, derived from the EDEN ISS simulation facility in Antarctica. This document details the preliminary design of a future planetary greenhouse, adapted from the Mobile Test Facility (MTF) which was bu...
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ftdlr:oai:elib.dlr.de:132078 2024-05-19T07:32:02+00:00 GREENHOUSE DESIGN CONCEPTS FOR MOON AND MARS Imhof, Barbara Hogle, Molly Hoheneder, Waltraut Waclavicek, René Davenport, Bob Schubert, Daniel Vrakking, Vincent Zeidler, Conrad Maiwald, Volker Zabel, Paul Dorn, Markus Fiore, Lorenzo Rousek, Tomas Rossetti, Vittorio 2019 application/pdf https://elib.dlr.de/132078/ https://elib.dlr.de/132078/1/IAC%202019%20EDEN%20ISS%20exploration_v2%20sm_FINAL.pdf de ger https://elib.dlr.de/132078/1/IAC%202019%20EDEN%20ISS%20exploration_v2%20sm_FINAL.pdf Imhof, Barbara und Hogle, Molly und Hoheneder, Waltraut und Waclavicek, René und Davenport, Bob und Schubert, Daniel und Vrakking, Vincent und Zeidler, Conrad und Maiwald, Volker und Zabel, Paul und Dorn, Markus und Fiore, Lorenzo und Rousek, Tomas und Rossetti, Vittorio (2019) GREENHOUSE DESIGN CONCEPTS FOR MOON AND MARS. 70th International Astronautical Congress 2019, 2019-10, Washington, USA. Systemanalyse Raumsegment Konferenzbeitrag NonPeerReviewed 2019 ftdlr 2024-04-25T00:52:33Z This paper will show the methodology used for developing a greenhouse design concept for moon and Mars, derived from the EDEN ISS simulation facility in Antarctica. This document details the preliminary design of a future planetary greenhouse, adapted from the Mobile Test Facility (MTF) which was built and operated as part of the EDEN ISS project. Lessons learned from the Antarctic operations phase, as well as references to existing mission scenarios were considered for establishing system requirements. Based on these requirements, a preliminary design of the greenhouse structure, and plant cultivation subsystems was developed. The preliminary design presented in this document is a deployable cylindrical structure, with rigid end caps and an inflatable membrane shell. The structure has been sized to fit within the payload fairing of a Falcon 9 launcher (or similar), with a stowed configuration diameter of 4 meters and a length of 6.3 meters. Following deployment, the structure is envisioned to be 12.9 meters long and the membrane shell will expand to a diameter of 5 meters. An estimation of the subsystem volumes was made in order to design the internal configuration. This internal layout offers 30.8 m² of cultivation area, a more than twofold increase over the existing Mobile Test Facility. Differences and similarities between the two facilities are discussed. Conference Object Antarc* Antarctic Antarctica German Aerospace Center: elib - DLR electronic library |
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German Aerospace Center: elib - DLR electronic library |
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German |
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Systemanalyse Raumsegment |
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Systemanalyse Raumsegment Imhof, Barbara Hogle, Molly Hoheneder, Waltraut Waclavicek, René Davenport, Bob Schubert, Daniel Vrakking, Vincent Zeidler, Conrad Maiwald, Volker Zabel, Paul Dorn, Markus Fiore, Lorenzo Rousek, Tomas Rossetti, Vittorio GREENHOUSE DESIGN CONCEPTS FOR MOON AND MARS |
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Systemanalyse Raumsegment |
description |
This paper will show the methodology used for developing a greenhouse design concept for moon and Mars, derived from the EDEN ISS simulation facility in Antarctica. This document details the preliminary design of a future planetary greenhouse, adapted from the Mobile Test Facility (MTF) which was built and operated as part of the EDEN ISS project. Lessons learned from the Antarctic operations phase, as well as references to existing mission scenarios were considered for establishing system requirements. Based on these requirements, a preliminary design of the greenhouse structure, and plant cultivation subsystems was developed. The preliminary design presented in this document is a deployable cylindrical structure, with rigid end caps and an inflatable membrane shell. The structure has been sized to fit within the payload fairing of a Falcon 9 launcher (or similar), with a stowed configuration diameter of 4 meters and a length of 6.3 meters. Following deployment, the structure is envisioned to be 12.9 meters long and the membrane shell will expand to a diameter of 5 meters. An estimation of the subsystem volumes was made in order to design the internal configuration. This internal layout offers 30.8 m² of cultivation area, a more than twofold increase over the existing Mobile Test Facility. Differences and similarities between the two facilities are discussed. |
format |
Conference Object |
author |
Imhof, Barbara Hogle, Molly Hoheneder, Waltraut Waclavicek, René Davenport, Bob Schubert, Daniel Vrakking, Vincent Zeidler, Conrad Maiwald, Volker Zabel, Paul Dorn, Markus Fiore, Lorenzo Rousek, Tomas Rossetti, Vittorio |
author_facet |
Imhof, Barbara Hogle, Molly Hoheneder, Waltraut Waclavicek, René Davenport, Bob Schubert, Daniel Vrakking, Vincent Zeidler, Conrad Maiwald, Volker Zabel, Paul Dorn, Markus Fiore, Lorenzo Rousek, Tomas Rossetti, Vittorio |
author_sort |
Imhof, Barbara |
title |
GREENHOUSE DESIGN CONCEPTS FOR MOON AND MARS |
title_short |
GREENHOUSE DESIGN CONCEPTS FOR MOON AND MARS |
title_full |
GREENHOUSE DESIGN CONCEPTS FOR MOON AND MARS |
title_fullStr |
GREENHOUSE DESIGN CONCEPTS FOR MOON AND MARS |
title_full_unstemmed |
GREENHOUSE DESIGN CONCEPTS FOR MOON AND MARS |
title_sort |
greenhouse design concepts for moon and mars |
publishDate |
2019 |
url |
https://elib.dlr.de/132078/ https://elib.dlr.de/132078/1/IAC%202019%20EDEN%20ISS%20exploration_v2%20sm_FINAL.pdf |
genre |
Antarc* Antarctic Antarctica |
genre_facet |
Antarc* Antarctic Antarctica |
op_relation |
https://elib.dlr.de/132078/1/IAC%202019%20EDEN%20ISS%20exploration_v2%20sm_FINAL.pdf Imhof, Barbara und Hogle, Molly und Hoheneder, Waltraut und Waclavicek, René und Davenport, Bob und Schubert, Daniel und Vrakking, Vincent und Zeidler, Conrad und Maiwald, Volker und Zabel, Paul und Dorn, Markus und Fiore, Lorenzo und Rousek, Tomas und Rossetti, Vittorio (2019) GREENHOUSE DESIGN CONCEPTS FOR MOON AND MARS. 70th International Astronautical Congress 2019, 2019-10, Washington, USA. |
_version_ |
1799469966880145408 |