Abstract

At the moment, there is no accurate method of determining the thermal balance of the human body, especially given breathability clothing. The main objective is to provide estimation algorithm air flow in the annular channel induced aerodynamic drag force. The developed method is based on the determination of the hydraulic resistance wall clothes and description of the appropriate non-linear effects in the annular channel using iterative equations. Total hydraulic resistance of the wall apparel determined by computing the local hydraulic resistance based on their mutual influence and resistance layers of fabric with the bellhop or staggered placement of layers. Key words: hydraulic resistance, bioclimatic index, breathability clothing, the iterative equation, the heat balance of the human body.

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