The focus of this research is on the development of a more energy efficient shortened liquid cooling/warming garment (LCWG) based on physiological principles comparing the efficacy of heat transfer of different body zones; the capability of blood to deliver heat; individual muscle and fat body composition as a basis for individual thermal profiles to customize the zonal involvement of the garment; and the development of shunts to minimize or redirect the cooling/warming loop for different environmental conditions, physical activity levels, and emergency situations. The total length of tubing in the LCWG is approximately 35% less, and the weight decreased by 45% compared to the LCVG currently used in space.
An Advanced Physiological Based Shortened Liquid Cooling/Warming Garment for Comfort Management in Routine and Emergency EVA
Sae Technical Papers
International Conference On Environmental Systems ; 2002
2002-07-15
Conference paper
English
SAE Technical Papers | 2002
|SAE Technical Papers | 2004
|SAE Technical Papers | 2000
|Liquid Cooling Garment Adaptation to Enhance Surgical Outcomes
SAE Technical Papers | 2003
|