This thesis describes research supporting the development of the Morphing Upper Torso spacesuit design, which uses robotic augmentation of a rear-entry pressure suit to adjust torso dimensions. This concept has the potential to provide increased mobility, easier ingress/egress of the suit, and reduced astronaut workload during extravehicular operations. A range of motion study has been conducted in which subjects wore simulated shoulder scye bearings while performing selected tasks, with the intent to measure human motion in relation to scye bearing motion. Results of the study include an investigation of the neutral pose of the scye bearings in Earth gravity, an analysis of the angular range of motion observed for the right scye bearing, and the development of a heuristic model to predict scye bearing position and orientation as a function of known arm pose.
|Advisor:||Akin, David L.|
|Commitee:||Flatau, Alison, Humbert, James S.|
|School:||University of Maryland, College Park|
|School Location:||United States -- Maryland|
|Source:||MAI 50/01M, Masters Abstracts International|
|Keywords:||Astronaut workload, Extravehicular activity, Parallel manipulators, Range of motion, Scye bearing, Space suit|
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