Ice Dome Construction for Large Scale Habitats on Atmosphereless Bodies

TL;DR

This paper explores the feasibility of constructing large, pressurized habitats on atmosphereless celestial bodies using water ice as the primary material, employing sublimation and deposition techniques to minimize construction equipment.

Contribution

It introduces a novel method for building large ice domes in space using water sublimation and deposition, reducing the need for extensive construction equipment.

Findings

Ice domes can maintain structural integrity in space environments.

The sublimation and deposition technique requires minimal construction equipment.

Water ice habitats are a feasible solution for large-scale space settlements.

Abstract

One of the greatest difficulties that space exploration faces is the lack of technology necessary to establish large volumes of habitable spaces on site. Both transporting the pre-built enclosures or transporting the equipment necessary for building them on site from conventional materials face the same enormous problem: the need to transport huge quantities of material into space, which is technically close to impossible. The current paper, explores the possibility and one approach of building these large spaces from an alternative material, water ice, a material that is a prerequisite for any settlement. The feasibility of dome shaped, pressurized, water ice buildings is analyzed from a structural integrity point of view and the possibility of building them with a technique using water sublimation and deposition onto a thin plastic film, a process which requires extremely little construction equipment with respect to the resulting habitable space.