FEATURES DESIGNING SPECIAL CLOTHING FOR THE HOT CLIMATE OF UZBEKISTAN

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5 ноябр 2022

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FEATURES DESIGNING SPECIAL CLOTHING FOR THE HOT CLIMATE OF UZBEKISTAN

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This paper considers the issues of establishing the relationship between the properties of fabric, clothing design and the comfort of clothing; communication of the size of the human body, allowance for free fitting, modern design when developing the design of clothing; connection of the allowance for free fitting with a suitable air gap. A diagram is given that characterizes the dependence of the comfort of clothing on its design and properties of fabrics. A mathematical model of the processes of air exchange in the underwear space is considered, which will allow obtaining more complete information and establishing more stringent dependences of the allowance on various factors affecting its value. The numerical value of the allowances for some parameters of the environment, which characterizes the hot climate, is obtained. An analytical method for calculating the allowance for free fitting is considered. The fact is stated that for the air exchange process a mathematical model has been obtained that allows one to determine the concentration of H2O or CO2 in the space under the space during diffusion air exchange, and that the mathematical model of complex convective-diffusion air exchange is based on the equation of the material balance of the transferred component for the space available; and that the curves were used to determine the influence of product design, fabric properties and environmental parameters on the free-fit allowance. The issue of verifying the correctness of the allowance for free fit, obtained by calculation, according to the formula was considered in detail. Physiological and hygienic assessment of special clothing intended for hot climates was carried out experimentally in a microclimatic room, testing samples of special clothing with different values of allowances for free fit compared to the calculated size.

MUALIFLAR

Teglar

# temperature# humidity# design# microclimate# special clothing# underwear parameter# carbon dioxide concentration# ventilation openings

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ROI:

https://eroi.uz/11.0008/A1122-0020

DOI:

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