A Study of Relationship between WBGT and Relative Humidity to Worker Performance
The environmental factors such as temperature and
relative humidity are very contribute to the effect of comfort, health,
performance and worker productivity. To ensure an ergonomics work
environment, it is possible to require a specific attention especially in
industries. The aim of this study is to show the effect of temperature
and relative humidity on worker productivity in automotive industry
by taking a workstation in an automotive plant as the location to
conduct the study. From the analysis of the data, there were
relationship between temperature and relative humidity on worker
productivity. Mathematical equation to represent the relationship
between temperatures and relative humidity on the production rate is
modelled. From the equation model, the production rate for the
workstation can be predicted base on the value of temperature and
relative humidity.
[1] Attwood, D.A., Deeb, J.M. & Danz-Reece M.E. 2004. Ergonomic
solutions for the process industries. t.pt.: Elsevier.
[2] Hedge, A. Sims Jr, W.R. & Becker, F.D. 1990. Cornell University
Study: Lighting the Computerized Office
http://www.steelcase.com/na/articles_and_paper_knoledgedesign.aspx
(12 Ogos 2007).
[3] IFC. 2003. Environmental and social guidelines for occupational and
safety.
[4] Kahya, E. 2007. The effect of job characteristics and working conditions
on job performance. International Journal of Industrial Ergonomics. 37:
515-523.
[5] Kim, S.Y. & Kim, J.J. 2006. Influence of light fluctuation on occupant
visual perception. Journal of Building and Environment. 42: 2888-2899.
[6] Lee, S.Y & Brand, J.L. 2005. Effect of control over office workspace on
perceptions of the work environment and work outcomes. Journal of
Environmental Psychology. 25: 323-333.
[7] Parsons, K.C. 2000. Environmental ergonomics: a review of principles,
methods and models. Journal of Applied Ergonomic. 31: 581-594.
Philips Lighting, The Netherlands.
[8] Van Bommel, W.J.M., Beld, G.J. & Ooyen, M.H.F. 2002. Industrial
lighting and productivity. August 2002.
[9] Zeheeruddin & Garima. 2006. A neuro-fuzzy approach for prediction of
human work efficiency in noisy environment. Journal of Applied Soft
Computing. 6: 283-294.
[1] Attwood, D.A., Deeb, J.M. & Danz-Reece M.E. 2004. Ergonomic
solutions for the process industries. t.pt.: Elsevier.
[2] Hedge, A. Sims Jr, W.R. & Becker, F.D. 1990. Cornell University
Study: Lighting the Computerized Office
http://www.steelcase.com/na/articles_and_paper_knoledgedesign.aspx
(12 Ogos 2007).
[3] IFC. 2003. Environmental and social guidelines for occupational and
safety.
[4] Kahya, E. 2007. The effect of job characteristics and working conditions
on job performance. International Journal of Industrial Ergonomics. 37:
515-523.
[5] Kim, S.Y. & Kim, J.J. 2006. Influence of light fluctuation on occupant
visual perception. Journal of Building and Environment. 42: 2888-2899.
[6] Lee, S.Y & Brand, J.L. 2005. Effect of control over office workspace on
perceptions of the work environment and work outcomes. Journal of
Environmental Psychology. 25: 323-333.
[7] Parsons, K.C. 2000. Environmental ergonomics: a review of principles,
methods and models. Journal of Applied Ergonomic. 31: 581-594.
Philips Lighting, The Netherlands.
[8] Van Bommel, W.J.M., Beld, G.J. & Ooyen, M.H.F. 2002. Industrial
lighting and productivity. August 2002.
[9] Zeheeruddin & Garima. 2006. A neuro-fuzzy approach for prediction of
human work efficiency in noisy environment. Journal of Applied Soft
Computing. 6: 283-294.
@article{"International Journal of Mechanical, Industrial and Aerospace Sciences:50946", author = "A.R. Ismail and M. R. A. Rani and Z. K. M. Makhbul and M. J. M. Nor and M. N. A. Rahman", title = "A Study of Relationship between WBGT and Relative Humidity to Worker Performance", abstract = "The environmental factors such as temperature and
relative humidity are very contribute to the effect of comfort, health,
performance and worker productivity. To ensure an ergonomics work
environment, it is possible to require a specific attention especially in
industries. The aim of this study is to show the effect of temperature
and relative humidity on worker productivity in automotive industry
by taking a workstation in an automotive plant as the location to
conduct the study. From the analysis of the data, there were
relationship between temperature and relative humidity on worker
productivity. Mathematical equation to represent the relationship
between temperatures and relative humidity on the production rate is
modelled. From the equation model, the production rate for the
workstation can be predicted base on the value of temperature and
relative humidity.", keywords = "WBGT, Relative Humidity, Comfort, Productivity.", volume = "3", number = "3", pages = "252-6", }