Evaluation of Work Intensity by Moving Work in Forest
H.S. Park, J.W. Lee, Yoon-Bae Choi, Myong-Hwan Kim
Abstract
H.S. Park, J.W. Lee, Yoon-Bae Choi, Myong-Hwan Kim
Abstract
Index of work intensity by cross-sectional grade, longitudinal grade and working load were investigated for measuring work intensity of moving work intensity of moving work in the forest work. IHR , WLI, and VO2max were used as the index of work intensity. The amount of mean VO2max of the subjects performance was average 3.66l/min. There was no influence of walking direction to work intensity. But, the longitudinal grade have a important effect to work intensity, that is , sub-maximal work intensity was occurred at 25 degree with 50m working. The work intensity were increased in 36.5% and 63.3% when worked with 6.0kg and 8.0kg chain saw, respectively.
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Index of work intensity by cross-sectional grade, longitudinal grade and working load were investigated for measuring work intensity of moving work intensity of moving work in the forest work. IHR , WLI, and VO2max were used as the index of work intensity. The amount of mean VO2max of the subjects performance was average 3.66l/min. There was no influence of walking direction to work intensity. But, the longitudinal grade have a important effect to work intensity, that is , sub-maximal work intensity was occurred at 25 degree with 50m working. The work intensity were increased in 36.5% and 63.3% when worked with 6.0kg and 8.0kg chain saw, respectively.
Key concepts: Work Intensity, Work (physics), Intensity (physics), Mathematics, Physics, Optics, Thermodynamics