Automation in Construction, 168, Part A, 105833
Environment|구충완
Impact of environmental pollutants on work performance using virtual reality
2024International Journals
Research AreaEnvironment
Professor구충완
AuthorsHong, J., Song, S., Ahn, C., Koo, C., Lee, D.E., Park, H.S., and Hong, T
Publication Year2024
Journal (Volume, Issue, Pages)Automation in Construction, 168, Part A, 105833
AbstractVirtual reality-based experiments were conducted to assess the impacts of environmental pollutants (i.e., noise, vibration, and dust) on work performance. In these experiments, concrete chipping work was performed in eight different exposure environments based on exposure to three environmental pollutants to measure data related to work performance: (i) work performance metrics, including work duration and accuracy; and (ii) mental workload. The relationships between data related to work performance and environmental pollutants were then analyzed using statistical techniques as follows: First, work duration was statistically significantly affected by dust, while work accuracy was significantly affected by vibration. Second, mental workload was statistically significantly affected by all three environmental pollutants, increasing with the number of environmental pollutants the workers exposed to. Third, all data related to work performance were found to be correlated with each other. These findings provide insights into improving work performance by managing environmental pollutants in the construction industry.
Environmental PollutantWork PerformanceMental WorkloadVirtual RealityConstruction WorkStatistical Analysis