The evaluations and recommendations for habitability features in the space shuttle orbiter mid-deck are summarized. The orbiter mission plans, the mid-deck dimensions and baseline arrangements along with crew compliments and typical activities were defined. Female and male anthropometric data based on zero-g operations were also defined. Evaluations of baseline and alternate feasible concepts provided several recommendations which are discussed
The baseline for utilization of Orbiter electrical equipment in both electrical and Environmental Co...
The purpose of this summer project was to develop a set of schematic drawings for redesign of the Sp...
Whether adding microgravity to an experiment as a key ingredient or as an X factor, investigators ...
Habitability improvements for early flights that could be implemented with minimum impact were inves...
The architectural and man-machine aspects of a shuttle orbiter crew compartment were examined. All p...
A system analysis of the shuttle orbiter baseline system management (SM) computer function is perfor...
Mission planning, systems analysis, and design concepts for the Space Shuttle/Spacelab system for ex...
Design concepts for improved fecal waste collection both on the space shuttle orbiter and as a precu...
Considerable progress has been made in designing the Space Shuttle orbiter and defining its subsyste...
Basic requirements for a space shuttle orbiter waste collection system are established. They are int...
A study for the selection of a low cost shuttle system for design and development was conducted. The...
The interfaces which shall be provided by the baseline shuttle mid-deck for payload use within the m...
Space station habitability was studied by investigating crew activity routines, proximities, ergonom...
The preliminary design of a space shuttle docking and cargo handling system is presented. Subjects d...
Requirements for and definitions of a cost effective orbital facility concept, capable of supporting...
The baseline for utilization of Orbiter electrical equipment in both electrical and Environmental Co...
The purpose of this summer project was to develop a set of schematic drawings for redesign of the Sp...
Whether adding microgravity to an experiment as a key ingredient or as an X factor, investigators ...
Habitability improvements for early flights that could be implemented with minimum impact were inves...
The architectural and man-machine aspects of a shuttle orbiter crew compartment were examined. All p...
A system analysis of the shuttle orbiter baseline system management (SM) computer function is perfor...
Mission planning, systems analysis, and design concepts for the Space Shuttle/Spacelab system for ex...
Design concepts for improved fecal waste collection both on the space shuttle orbiter and as a precu...
Considerable progress has been made in designing the Space Shuttle orbiter and defining its subsyste...
Basic requirements for a space shuttle orbiter waste collection system are established. They are int...
A study for the selection of a low cost shuttle system for design and development was conducted. The...
The interfaces which shall be provided by the baseline shuttle mid-deck for payload use within the m...
Space station habitability was studied by investigating crew activity routines, proximities, ergonom...
The preliminary design of a space shuttle docking and cargo handling system is presented. Subjects d...
Requirements for and definitions of a cost effective orbital facility concept, capable of supporting...
The baseline for utilization of Orbiter electrical equipment in both electrical and Environmental Co...
The purpose of this summer project was to develop a set of schematic drawings for redesign of the Sp...
Whether adding microgravity to an experiment as a key ingredient or as an X factor, investigators ...