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Inside; Mars [Architectural Thesis]

INSIDE ; MARS is a vision for a Mars outpost that is designed as a permanent working and living settlement in anticipation of increased human migration to Mars. With the accelerating growth and development with regards to space travel and Mars exploration, it is inevitable that humans will be setting foot on Mars, and a living habitat will need to be established. Yet, there is a lack of design catered to a martian habitat that integrates the social and psychological aspects of living in Mars, especially for the establishment of a colony that will be required to live on Mars for a minimum of 2 years before the next space flight back. Thus, this thesis will be a design exploration for architecture unique to Mars that would allow residents to not just survive, but thrive in correlation with the Mars environment.

INSIDE ; MARS is a vision for a Mars outpost that is designed as a permanent working and living settlement in anticipation of increased human migration to Mars. With the accelerating growth and development with regards to space travel and Mars exploration, it is inevitable that humans will be setting foot on Mars, and a living habitat will need to be established. Yet, there is a lack of design catered to a martian habitat that integrates the social and psychological aspects of living in Mars, especially for the establishment of a colony that will be required to live on Mars for a minimum of 2 years before the next space flight back. Thus, this thesis will be a design exploration for architecture unique to Mars that would allow residents to not just survive, but thrive in correlation with the Mars environment.

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4.2

Underground

Mars lava

tubes

The discovery of the presence of lava tubes

on Mars presents a great opportunity for its

use as a habitat for humans. Its underground

nature not only provides a natural protection

from the harsh conditions of Mars, but also

contributes to the physical and psychological

well being of inhabitants. Thus, it is a

potential location that allows inhabitants not

just to survive, but thrive.

Physical benefits

Being underground and surrounded by rocks,

the thermal mass of the ground helps reduce

the temperature fluctuations experienced

within the lava tubes as compared to being

above ground, allowing the days to be

cooler and the nights to be warmer. It also

offers protection from wind storms carrying

hazardous regolith dust, reducing external

pressure applied to the external shell and

chances of contamination. The characteristics

of lava tubes on Mars are also comparable to

those on Earth - Giant Ice Cave in El Mapais,

New Mexico. In an experiment 40 conducted by

the Center for Planetary Science, researchers

were able to infer that the radiation exposure

in the interior of the lava tube on Mars would

be decreased by ~82%, reducing the crew’s

exposure from ~342.46 µSv/day to ~61.64

µSv/day.

Collapsed crater

Forms skylight, diameter ranges

from ~ 5m to > 900m

Lava tube

Depth can range from

~25m to > 4500m

Access to lava tube

Direct and easy access for deeper

study and exploration of Mars

Breakdown debris

Can be collected for use as 3d

printing feed, reducing need for

further excavation while at the

same time freeing up the area

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