Commenced in January 2007
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Edition: International
Paper Count: 32716
Investigation on Some Ergonomics and Psychological Strains of Common Militarism Protective Clothing

Authors: A. Ashjaran, A. Rashidi, R. Ghazi-Saeidi


Protective clothing limits heat transfer and hampers task performance due to the increased weight. Militarism protective clothing enables humans to operate in adverse environments. In the selection and evaluation of militarism protective clothing attention should be given to heat strain, ergonomic and fit issues next to the actual protection it offers. Fifty Male healthy subjects participated in the study. The subjects were dressed in shorts, T-shirts, socks, sneakers and four deferent kinds of militarism protective clothing such as CS, CSB, CS with NBC protection and CS with NBC- protection added. Ergonomically and psychological strains of every four cloths were investigated on subjects by walking on a treadmill (7km/hour) with a 19.7 kg backpack. As a result of these tests were showed that, the highest heart rate was found wearing the NBC-protection added outfit, the highest temperatures were observed wearing NBCprotection added, followed by respectively CS with NBC protection, CSB and CS and the highest value for thermal comfort (implying worst thermal comfort) was observed wearing NBC-protection added.

Keywords: Militarist protective clothing, Ergonomic, Heat strain, Thermal comfort

Digital Object Identifier (DOI):

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[1] H. A. M. Daanen, Es. e. Van and J. De Graaf, "Heat strain and gross efficiency during endurance exercise after lower, upper of whole body precooling in the heat," Int. J . Sports Med. 2005, Vol.26, pp. 67-69
[2] G. Havenith, W.A. Lotens, "Clothing ventilation, vapour resistance and permeability index: changes due to posture, movement and wind," Ergonomics. 1990, Vol.33 No.8, pp.989-1005.
[3] N. C. Malaplane, M. N. Shaba, "Comparison of functional performance of a soldier in full chemical and biological protection versus battle dress," International Journal of industrial and ergonomics," 2001, Vol.27, pp. 393-398.
[4] H. A. M. Daanen, K. Hatcher and G. Havenith, "Determination of clothing microclimate volume, Environmental Ergonomics," Elsevier Ergonomics book, 2005, pp. 361-363.
[5] H. A. M. Daanen, T. K. Tan, C.L. Koerhuis and J. Vander Horn, "Performance degradation due to protective clothing in the heat," 2003, IEA conference Proceeding, Seoul, pp. 342-347