GROUP 4
PROSPERITY
Zak Iljas Francesco Pescarossa Boris Pongiluppi Wilson Lopes Revekka Mishieva Winona Golenja Hoic Anna Clara de Oliveira
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Abstract
3 Distance Min 54.6 Million Km Max 401 Million Km
CLASS III
2 YEARS 2 YEARS CLASS II CLASS II
oncomming astronauts. elements in case of mishaps.
The following trip will be another group of 4 astronauts that studying Mars for a chance to colonize it.
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An expanded view of the Hadriacus Mons along the edge (Source NASA and Center for Planetary Science)
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The thirdcandidatelava tubeidentified in this study is located southwest of in the region atlatitude -36.870° and longitude 89.498°E(MRO CTX Catalog: F03_036987_1432_XN_36S270W).The ~25-meter collapsed pit, which appears toindicate theentrance to a candidate cavern and/or cave, is preceded by a partially collapsed trough(Figure 10a). The collapsed trough is sinuous, and,as previously cited, it could be associatedwiththe presence of a lava tubebelow the surface. The same collapsed pit with its contrast range limited to low-end radiance values depicts the presence of boulders that more than likely arose fromthe collapse of the western wall section, which could be the entrance to alava tube(Figure 10b). The region of the candidatelava tube, moreover, is characterized by numerous sinuous collapsed pit crater chains ranging in size –providing further evidence that one or more lava tubescould exist below the surface. Interestingly, this proposed lava tube is analogous to Giant Ice Cave in El Mapais, NM (Figure 11), which is also characterized by a partially collapsed sinuous trough that leads into the entrance of a lava tube.
The thirdcandidatelava tubeidentified in this study is located southwest of in the region atlatitude -36.870° and longitude 89.498°E(MRO CTX Catalog: F03_036987_1432_XN_36S270W).The ~25-meter collapsed pit, which appears toindicate theentrance to a candidate cavern and/or cave, is preceded by a partially collapsed trough(Figure 10a). The collapsed trough is sinuous, and,as previously cited, it could be associatedwiththe presence of a lava tubebelow the surface. The same collapsed pit with its contrast range limited to low-end radiance values depicts the presence of boulders that more than likely arose fromthe collapse of the western wall section, which could be the entrance to alava tube(Figure 10b). The region of the candidatelava tube, moreover, is characterized by numerous sinuous collapsed pit crater chains ranging in size –providing further evidence that one or more lava tubescould exist below the surface. Interestingly, this proposed lava tube is analogous to Giant Ice Cave in El Mapais, NM (Figure 11), which is also characterized by a partially collapsed sinuous trough that leads into the entrance of a lava tube.
Candidate lava tubes south of Hadriacus Mons. (Credit: Center for Planetary Science)
7 Topology A Topology B
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ACCEPTED BY THEJOURNAL OF THE WASHINGTON ACADEMY OF SCIENCES 13 OCT2019
ACCEPTED BY THEJOURNAL OF THE WASHINGTON ACADEMY OF SCIENCES 13 OCT2019 FOR PUB: FALL 2019 10
Candidate lava tubes south of Hadriacus Mons. (Credit: Center for Planetary Science)
Candidate lava tubes south of Hadriacus Mons. (Credit: Center for Planetary Science)
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12 Crops might include rice, onions, tomatoes, soya, potatoes, spinach and other vegetables proven to adapt well to the martian soil conditions as well as having high nutritional values. Liquid mycelium embed ded in the inflatable fabric to be ativacted as soon as vacuum conditions are eliminated. Process of fabrication method of mycelium com posite to be executed during the mission.
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14 2 or m3 0.04 2 10 2 0.013 3 10 2 0.013 3 2 0.026 30 3 0.34 3
Liquid mycelium embed ded in the inflatable fabric to be ativacted as soon as vacuum conditions are eliminated.
Process of fabrication method of mycelium com posite to be executed during the mission.
I. Create substrate
II. Sterilize substrate
III. Inoculate substrate
IV. Grow mycelium V. Stop growth
Crops might include rice, onions, tomatoes, soya, potatoes, spinach and other vegetables proven to adapt well to the martian soil conditions as well as having high nutritional values.
manufacturing technologies:
1. Costs: Lower manufacturing and energy costs due to excluding the costs needed products
2. Manufacturing: Full manufacturing loop following a cradle-to-cradle principle: the waste of another process (e.g. greenhouse) can be used as a basis biodegraded 3. 4. material strength. Can be used for complex shapes 5. materials 6.
The main weaknesses include: 1. environment)
2. Due to autonomous growing process there is a factor of uncontrollability and
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The structure consists of using lightweight tubes which will act as an exoskeleton for our proposed modular wall system incorporated with and ETFE
The system is based on an octagon base with seperated
structure which will hold the modular walls as a thermal shield, while two facing extents which will act as the pressurized
In these panels we will showcase works, and then on the following page how the assembly will be done with the use of drones and members who will set foot for
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ETFE
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