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First lunar outpostDesign and research efforts at the University of Puerto Rico have focused on the evaluation and refinement of the Habitability Criteria for a prolonged human presence in space during the last four years. Living quarters for a Mars mission and a third generation lunar base concept were proposed. This academic year, 1991-92, work on further refinement of the habitability criteria and design of partial gravity furniture was carried on. During the first semester, design alternatives for furniture necessary in a habitat design optimized for lunar and Martian environments were developed. Designs are based on recent research data from lunar and Mars gravity simulations, and current NASA standards. Artifacts will be submitted to NASA architects to be tested in KC-135 flights. Test findings will be submitted for incorporation in future updates to NASA habitat design standards. Second semester work was aimed at integrating these findings into the First Lunar Outpost (FLO), a mission scenario currently being considered by NASA. The mission consists of a manned return to the moon by crews of four astronauts for periods of 45 days. The major hardware components of the mission are as follows: (1) a Crew Module for the delivery of the crew and their supplies, and (2) the Habitat Module, which will arrive on the Moon unmanned. Our design efforts concentrated on this Habitat Module and on application of habitability criteria. Different geometries for the pressure vessel and their impact on the interior architecture were studied. Upon the selection of a geometry, a more detailed analysis of the interior design was performed, taking into consideration the reduced gravity, and the protection against radiation, micrometeorites, and the extreme temperature variation. A proposal for a FLO was submitted by the students, consisting essentially of a 24-feet (7.3 m.) by 35-feet (10.67 m) high vertical cylinder with work areas, crew quarters, galley, wardroom, leisure facilities, health maintenance, waste management, EVA operations facilities, and safe havens.
Document ID
19940021201
Acquisition Source
Legacy CDMS
Document Type
Conference Paper
Authors
Andino, Aureo F.
(Puerto Rico Univ. Rio Piedras., United States)
Silva, Daniel
(Puerto Rico Univ. Rio Piedras., United States)
Ortiz, Nelson
(Puerto Rico Univ. Rio Piedras., United States)
Alvarez, Omar
(Puerto Rico Univ. Rio Piedras., United States)
Colon, Julio A.
(Puerto Rico Univ. Rio Piedras., United States)
Colon, Myrelle
(Puerto Rico Univ. Rio Piedras., United States)
Diaz, Alicia
(Puerto Rico Univ. Rio Piedras., United States)
Escobar, Xochiquetzal Y.
(Puerto Rico Univ. Rio Piedras., United States)
Garcia, Alberto
(Puerto Rico Univ. Rio Piedras., United States)
Gonzalez, Isabel C.
(Puerto Rico Univ. Rio Piedras., United States)
Date Acquired
September 6, 2013
Publication Date
January 1, 1992
Publication Information
Publication: USRA, Proceedings of the 8th Annual Summer Conference: NASA(USRA Advanced Design Program
Subject Category
Man/System Technology And Life Support
Accession Number
94N25694
Distribution Limits
Public
Copyright
Work of the US Gov. Public Use Permitted.
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