Self-Contained Self-Rescuer Performance as a Function of Human Mechanical Efficiency and of Escape Route Terrain
    
    - Organization:
 - The Australasian Institute of Mining and Metallurgy
 - Pages:
 - 3
 - File Size:
 - 193 KB
 - Publication Date:
 - Jan 1, 1988
 
Abstract
The primary objective of this research  was to address the demands imposed on self- contained self-rescuer (SCSR) performance dur- ing simulated escapes. The results clearly  indicate that SCSR performance, apart from  the inherent technological features, is a  function primarily of the physical and anthro- pometric features of the wearer, and of the  particular nature of the escape route. These  factors consequently play a major role in the  planning of any escape strategy, which may vary  from mine to mine. It is therefore concluded  that each mine would have to formulate its own  escape strategy which in turn would depend on  the choice of SCSR, and the particular escape  Route.
Citation
APA: (1988) Self-Contained Self-Rescuer Performance as a Function of Human Mechanical Efficiency and of Escape Route Terrain
MLA: Self-Contained Self-Rescuer Performance as a Function of Human Mechanical Efficiency and of Escape Route Terrain. The Australasian Institute of Mining and Metallurgy, 1988.