Deployable interlocking structures for Martian bases

A.V Dyskin; E. Pasternak; H.C. Khor; Y. Estrin; A. Belov

Deployable interlocking structures for Martian bases

A.V Dyskin, E. Pasternak, H.C. Khor, Y. Estrin, A. Belov

Department of Mathematics

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

Abstract

. We propose a new construction system for a Martian base based on the hybrid blocks made of pre-fabricated and delivered shells filled in-situ with regolith. In order to avoid the difficulties with connecting the building blocks (as mortar being cured in low pressure conditions loses its strength), we propose to use the octahedron block geometry, which supports topological interlocking. Structures based on topological interlocking do not require binder to maintain their integrity. Furthermore, they have high fracture resistance and self-healing properties, thus ensuring long term stability of the structure

Original language	American English
Title of host publication	7th Australian Mars Exploration Conference,
State	Published - 2007

Bibliographical note

Place of conference:Trinity College Perth, Western Australia. CD.

Cite this

@inproceedings{17029a6e28e348038ba75ec3e9c5bb30,

title = "Deployable interlocking structures for Martian bases",

abstract = ". We propose a new construction system for a Martian base based on the hybrid blocks made of pre-fabricated and delivered shells filled in-situ with regolith. In order to avoid the difficulties with connecting the building blocks (as mortar being cured in low pressure conditions loses its strength), we propose to use the octahedron block geometry, which supports topological interlocking. Structures based on topological interlocking do not require binder to maintain their integrity. Furthermore, they have high fracture resistance and self-healing properties, thus ensuring long term stability of the structure",

author = "A.V Dyskin and E. Pasternak and H.C. Khor and Y. Estrin and A. Belov",

note = "Place of conference:Trinity College Perth, Western Australia. CD.",

year = "2007",

language = "American English",

booktitle = "7th Australian Mars Exploration Conference,",

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TY - GEN

T1 - Deployable interlocking structures for Martian bases

AU - Dyskin, A.V

AU - Pasternak, E.

AU - Khor, H.C.

AU - Estrin, Y.

AU - Belov, A.

N1 - Place of conference:Trinity College Perth, Western Australia. CD.

PY - 2007

Y1 - 2007

N2 - . We propose a new construction system for a Martian base based on the hybrid blocks made of pre-fabricated and delivered shells filled in-situ with regolith. In order to avoid the difficulties with connecting the building blocks (as mortar being cured in low pressure conditions loses its strength), we propose to use the octahedron block geometry, which supports topological interlocking. Structures based on topological interlocking do not require binder to maintain their integrity. Furthermore, they have high fracture resistance and self-healing properties, thus ensuring long term stability of the structure

AB - . We propose a new construction system for a Martian base based on the hybrid blocks made of pre-fabricated and delivered shells filled in-situ with regolith. In order to avoid the difficulties with connecting the building blocks (as mortar being cured in low pressure conditions loses its strength), we propose to use the octahedron block geometry, which supports topological interlocking. Structures based on topological interlocking do not require binder to maintain their integrity. Furthermore, they have high fracture resistance and self-healing properties, thus ensuring long term stability of the structure

UR - http://old.marssociety.org.au/amec2007/proceedings/AMEC2007_Dyskin_etal.PDF

M3 - Conference contribution

BT - 7th Australian Mars Exploration Conference,

ER -

Deployable interlocking structures for Martian bases

Abstract

Bibliographical note

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