Design and Shielding for a future Moon Habitat

Alexander Nieuwborg; Marjan Moreels; Sarah Baatout

Design and Shielding for a future Moon Habitat

Alexander Nieuwborg
, Marjan Moreels
, Sarah Baatout

Research output

Abstract

Recent advances in space technology, backed by political and commercial commitments, reignited the interest in lunar exploration. For facilitating lunar exploration, the necessity of a lunar outpost emerges. This thesis will explore a lunar outpost design strategy and innovative shielding solutions by applying design thinking methodologies supported by multidisciplinary input from radiobiologists, neuroscientists, astrophysicists, physicists space architects, bio-engineers, aerospace engineers, architects and industrial designers. It includes extensive literature research regarding the lunar environment, space radiation shielding and space architecture, shielding tests with mycomaterials, co-creation and a design phase. By using a multidisciplinary approach an innovative lunar outpost strategy emerged, named the International Lunar Outpost (ILO). The ILO focusses on creating a realistic modular and expandable concept. The design strategy allows for multilateral cooperation, scalability, iterative development and variation while being technically and economically feasible.

Original language	English
Qualification	Other
Awarding Institution	University of Leuven
Supervisors/Advisors	Baatout, Sarah, Supervisor Moreels, Marjan, Supervisor
Date of Award	10 Jun 2019
Publisher	KUL - Katholieke Universiteit Leuven
State	Published - 10 Jun 2019

Cite this

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title = "Design and Shielding for a future Moon Habitat",

abstract = "Recent advances in space technology, backed by political and commercial commitments, reignited the interest in lunar exploration. For facilitating lunar exploration, the necessity of a lunar outpost emerges. This thesis will explore a lunar outpost design strategy and innovative shielding solutions by applying design thinking methodologies supported by multidisciplinary input from radiobiologists, neuroscientists, astrophysicists, physicists space architects, bio-engineers, aerospace engineers, architects and industrial designers. It includes extensive literature research regarding the lunar environment, space radiation shielding and space architecture, shielding tests with mycomaterials, co-creation and a design phase. By using a multidisciplinary approach an innovative lunar outpost strategy emerged, named the International Lunar Outpost (ILO). The ILO focusses on creating a realistic modular and expandable concept. The design strategy allows for multilateral cooperation, scalability, iterative development and variation while being technically and economically feasible.",

keywords = "Moon base, Radiation protection, Radiation shielding, Astronaut's health",

author = "Alexander Nieuwborg and Marjan Moreels and Sarah Baatout",

note = "Score=10 - MSc thesis of Alexander Nieuwborg for the degree of Master of Science in Space Studies, KUL/UGent (Promoters: Marjan Moreels \& Sarah Baatout)",

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school = "University of Leuven",

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TY - THES

T1 - Design and Shielding for a future Moon Habitat

AU - Nieuwborg, Alexander

A2 - Moreels, Marjan

A2 - Baatout, Sarah

N1 - Score=10 - MSc thesis of Alexander Nieuwborg for the degree of Master of Science in Space Studies, KUL/UGent (Promoters: Marjan Moreels & Sarah Baatout)

PY - 2019/6/10

Y1 - 2019/6/10

N2 - Recent advances in space technology, backed by political and commercial commitments, reignited the interest in lunar exploration. For facilitating lunar exploration, the necessity of a lunar outpost emerges. This thesis will explore a lunar outpost design strategy and innovative shielding solutions by applying design thinking methodologies supported by multidisciplinary input from radiobiologists, neuroscientists, astrophysicists, physicists space architects, bio-engineers, aerospace engineers, architects and industrial designers. It includes extensive literature research regarding the lunar environment, space radiation shielding and space architecture, shielding tests with mycomaterials, co-creation and a design phase. By using a multidisciplinary approach an innovative lunar outpost strategy emerged, named the International Lunar Outpost (ILO). The ILO focusses on creating a realistic modular and expandable concept. The design strategy allows for multilateral cooperation, scalability, iterative development and variation while being technically and economically feasible.

AB - Recent advances in space technology, backed by political and commercial commitments, reignited the interest in lunar exploration. For facilitating lunar exploration, the necessity of a lunar outpost emerges. This thesis will explore a lunar outpost design strategy and innovative shielding solutions by applying design thinking methodologies supported by multidisciplinary input from radiobiologists, neuroscientists, astrophysicists, physicists space architects, bio-engineers, aerospace engineers, architects and industrial designers. It includes extensive literature research regarding the lunar environment, space radiation shielding and space architecture, shielding tests with mycomaterials, co-creation and a design phase. By using a multidisciplinary approach an innovative lunar outpost strategy emerged, named the International Lunar Outpost (ILO). The ILO focusses on creating a realistic modular and expandable concept. The design strategy allows for multilateral cooperation, scalability, iterative development and variation while being technically and economically feasible.

KW - Moon base

KW - Radiation protection

KW - Radiation shielding

KW - Astronaut's health

UR - http://ecm.sckcen.be/OTCS/llisapi.dll/open/34716251

M3 - Master's thesis

PB - KUL - Katholieke Universiteit Leuven

ER -