Understanding the fall-related safety issues in concrete formwork

Author:

Chellappa Vigneshkumar,Ravindra Salve Urmi

Abstract

The construction industry recorded high rates of fatalities and injuries due to falls at the workplace. Among other activities, concrete formwork tends to have more fatal falls. This study aims to understand the fall-related safety issues in the formwork lifecycle of construction projects. To achieve this, the process of formwork activities was mapped, and the safety risks associated with each activity were classified. Method development and risk identification focused on interviews with construction professionals involved in the construction of formwork and site observations of the formwork activities. The overall finding was that pouring, stripping, and erection activities have more issues related to falls. Future research is being carried out to assess the risks of falls from the construction experts’ views to prevent fall accidents in the future.

Publisher

EDP Sciences

Reference20 articles.

1. Hurd M., Formwork for Concrete. Michigan: American Concrete Institute (2005).

2. Barbosa A., Gambatese J., Das A., Pestana A.C., A. C. (2014). Mapped workflow for safety and reliability assessments of use and re-use of formwork, in Proceedings of the Construction Research Congress, 19-21 May 2014, Atlanta, Georgia (pp. 1821-1830).

3. Hanna A.S., Concrete formwork systems, CRC (1998).

4. Code of practice formwork, Safework NSW, Australia (2020)

5. Amrutha D., Barbosa A.R., Gambetese J., Risk and reliability associated with use and reuse of vertical formwork, Thesis, Oregon State University (2014).

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