All publications below can be
accessed by clicking on the link above .
DOMUS 1 AND DYMAXION: TWO
CONCEPT DESIGNS FOR LUNAR HABITATS
Janis Huebner-Moths, David Endmann, and Gary T. Moore
Two concept designs for lunar habitats are explored and developed in this
monograph based on human factors/environment-behavior considerations.
Attention is given to initial operating configuration design requirements,
different technological options, and 12 different habitat concepts. Domus
1 is a pressurized self-supporting membrane structure (PSSMS) proposed by
Chow and Lin. Dymaxion is a dome structure based on the work of
Buckminster Fuller. The master plan, construction sequencing, technical
subsystems, and interior configuration of both of these concepts are
Pp. xiv + 77; plans, illustrations and maps
GENESIS II: ADVANCED LUNAR
Joseph P. Fieber, Janis Huebner-Moths and Kerry L. Paruleski (edited by
Gary T. Moore)
Sponsored by NASA/Universities Space Research Association, this study
investigated advanced lunar habitats for 11 astronauts and mission
specialists for durations of 20 months. Design recommendations are based
on environmental response to the harsh lunar environment, human
habitability, transportability, constructability, resilience and
suitability for NASA lunar research missions in the early 21st Century.
Drawings include master plans, construction sequencing, detailed floor
plans, sections, interior perspectives and construction details.
Pp. xvi + 70; 67 plans and illustrations
OUTPOST: CRITERIA AND DESIGN
Space Architecture Design Group (edited by Timothy Hansmann and Gary T.
This study, the third in the space architecture series, focuses on the
design of an early stage lunar outpost. The driving assumptions of the
scenario are that the base would serve as a research facility and
technology test bed for future Mars missions. It will sustain five
experimental facilities: lunar surface mining, construction technology and
materials test bed, closed environmental life support system, lunar farside
observatory, and a human factors and environment-behavior research
Pp. xii +107; plans and illustrations
OUTPOST: PROGRAM/REQUIREMENTS DOCUMENT FOR AN EARLY STAGE LUNAR OUTPOST
Space Architecture Design Group (edited by Timothy Hansmann, Edwin Cordes
and Gary T. Moore)
Second document in a series from the Space Architecture Design Group.
Developed under the first year of a three-year grant from NASA, the
program covers humans factors, environment-behavior, structural,
construction processes, life-system and related needs for an 8-12 person
lunar base for assignments lasting up to 20 months. The program includes
sections on base master planning, base operations, command center,
technical support habitat, and all related design requirements.
Pp. vi + 101; plans and illustrations
PAX PERMANENT MARTIAN BASE:
SPACE ARCHITECTURE FOR THE FIRST HUMAN HABITATION ON MARS
Janis Huebner-Moths, Joseph P. Fieber, Patrick J. Rebholz and Kerry L.
Paruleski (edited by Gary T. Moore)
The Advanced Design Program in Space Architecture at the University of
Wisconsin-Milwaukee investigated the implications of different mission
scenarios, the Martian environment, supporting technologies, and
especially environment-behavior considerations for the design of the first
permanent Martian base. The report includes habitability design
requirements based on environment-behavior research, concept design, and
design development for the first permanent Martian base and habitat.
Pp. xii + 76; plans and illustrations
SPACE ARCHITECTURE: LUNAR
Anthony J. Schnarsky, Edwin G. Cordes, Thomas M. Crabb and Mark K. Jacobs
(edited by Cordes, Gary T. Moore and Stephen Frahm)
A study of design alternatives for a lunar base settlement. The research
explores the lunar environment requirements, program development, goal
identification, and processes involved in lunar design solutions. The
report is the result of a 1987 graduate design studio at the UWM
Department of Architecture. Graphic presentations involved the use of
computer-aided design techniques (CAD). Highly illustrated.
Pp. vi +80; figures, charts and 8 design projects