0000000001156471

AUTHOR

Thomas E. Bernard

showing 1 related works from this author

Effects on Heat Stress of a Flame-Retardant Ensemble for Aluminum Smelters

2000

A common belief is that a flame-retardant clothing ensemble will increase the level of heat stress over ordinary cotton work clothes. This is supported by bench tests on fabrics that indicate higher insulation and vapor resistance values for flame-retardant clothing. This research compared a flame-retardant clothing ensemble for an aluminum smelter (Zirpo wool shirt and FR8 denim pants) with typical cotton work clothing. Four young men walked on a treadmill at two work levels inside a climatic chamber under controlled conditions of heat stress. During each test, heart rate, core temperature, and skin temperatures were continuously monitored and recorded every 5 min. After a physiological st…

AdultMaleWork (thermodynamics)Threshold limit valuebusiness.industryWet-bulb globe temperatureEnvironmental engineeringPublic Health Environmental and Occupational HealthHumidityHeat Stress DisordersAtmospheric sciencesClothingStress (mechanics)Protective ClothingInflection pointOccupational ExposureMetallurgyHumansEnvironmental scienceRelative humidityThreshold Limit ValuesbusinessAluminumFlame RetardantsAIHAJ
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