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The effect of ladder climbing on forearm function.

Stewart, Arthur; Mitchell, Dawn

Authors

Dawn Mitchell



Contributors

Rebecca Charles
Editor

John Wilkinson
Editor

Abstract

Wind energy technicians are required to be capable of manual ascent of turbines before conducting essential maintenance. This mandates vertical ladder ascent which involves considerable forearm exertion which may have implications for such maintenance tasks. This study aimed to quantify the effect of a simulated and continuous climb of an 80 m turbine on grip strength, a pegboard test assessing fine motor control and a hand-tool dexterity test. A convenience sample of 10 healthy adults was recruited, and underwent two familiarisation sessions with ladder climbing and manual tests. Subsequently these were performed prior to and immediately post-climb and 15 minutes post-climb for the data collection. Results displayed wide inter-individual variability and indicated significant loss of grip strength (21-25%) and a tendency towards a loss of fine motor control (pegboard, mean 5% loss, NS) although hand-tool test data were equivocal. Consideration of scores acquired 15 minutes after suggest learning of these tasks was incomplete, and that this may have masked an immediate post-climbing loss in function. Taken together these results have implications for tasks expected of wind technicians, for recruitment to a burgeoning wind energy industry and for the design of future studies which will fully quantify these factors and thereby increase the effectiveness of individuals undertaking manual tasks after vertical ladder climbing.

Start Date Apr 23, 2018
Publication Date Apr 25, 2018
Publisher Chartered Institute of Ergonomics and Human Factors
Pages 195-201
Institution Citation STEWART, A. and MITCHELL, D. 2018. The effect of ladder climbing on forearm function. In Charles, R. and Wilkinson, J. (eds.) Proceedings of Ergonomics and human factors 2018: contemporary ergonomics and human factors, 23-25 April 2018, Birmingham, UK. Loughborough: Chartered Institute of Ergonomics and Human Factors, pages 195-201.
Keywords Vertical ladder climbing; Forearm function; Fatigue

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