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LUN-ENV

ADAPTIVE ROBOTIC 3D PRINTING AND SHELTER DESIGN IN EXTREME ENVIRONMENTS

Project ID

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PARTNERS

 

YEAR

SITE

TYPE

TEAM

ROLE

Politecnico di Milano

SDU.CREATE

2022-2023

South Polar Region, Moon

MSc Thesis Project

Daniele Florenzano,

Valentina Sumini (Supervisor),

Roberto Naboni (Supervisor)

Author

Project Description

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Space exploration and human spaceflight have always provided the possibility to employ advanced technologies, develop new know-hows, and increase human capabilities in a variety of fields. NASA’s Artemis program is bound to bring humanity back to the Moon to perform extended exploration and establish a permanent presence of Earth’s satellite. A new opportunity for the AEC industry is arising: designing habitat solutions that would sustain human presence on the lunar surface. It is a complex technical challenge due to the extreme conditions of the lunar environment and the design constraints inherent to human spaceflight.
Lun-Env explores a Planetary Centered Design approach (PLA-CE-D) to site specific and computationally driven habitats for extreme environments. The project explores a combination of deployable and ISRU derived structures to shelter and support initial human settlements on the Lunar Surface .

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The habitat solution is composed by a multi resolution scheme where the  minimal cell is the single deployable unit. The combination of 3 cells creates a cluster which is sheltered under a 3D printed shell. Finally, the combination of clusters allows the generation of a reconfigurable system defining the masterplan of the outpost. 

MISSION DRIVEN SITE ANALYSIS
THE CELL
Assembly Sequence
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The Shell
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STRUCTURAL ANALYSIS
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The Shell: Panel Design
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