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Investigating gait adjustments and body sway while walking across wooden scaffold boards
Journal article   Peer reviewed

Investigating gait adjustments and body sway while walking across wooden scaffold boards

Zhizhong Li, Chien-Chi Chang, Angela DiDomenico, Chen Qi and Shiu-Ling Chiu
Ergonomics, Vol.58(9), pp.1581-1588
02/09/2015

Abstract

balance control construction safety farmer construction worker
The flexible wooden boards are still being used on the scaffolds at some construction worksites in China. We examined if the board dimension, acclimation phase and construction work experience influence workers' walking strategies on these boards. Among the 40 construction workers recruited, half of them had more than 1 year of construction work experience. The participants' body sway and the gait adjustments were captured and analysed. Our analysis showed the width and thickness of the boards had significant effects on walking speed. There is a significant interaction between construction experience and board width on stride width, whereas the interaction between construction experience and acclimation phase affects step length and walking speed. The body sway at the C6/C7 and L5/S1 locations are significantly affected by most of the factors. We also found that once the participants acclimated to the board condition, the sway variability increased.

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