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2014 » Papers » Volume 4 » SOFTWARE FOR THE ASSESSMENT OF HEAT TRANSFER CAPACITY THROUGH CLOTHES STRUCTURES 1. SOFTWARE FOR THE ASSESSMENT OF HEAT TRANSFER CAPACITY THROUGH CLOTHES STRUCTURES Authors: Farima Daniela, Curteza Antonela Volume 4 | DOI: 10.12753/2066-026X-21-281 | Pages: 330-334 | Download PDF | Abstract
The insulation capacity can be appreciated both by the value of the thermal resistance and the thermal conductivity coefficient. If thermal resistance is high, then it is estimated that thermal insulation is good. If the coefficient of thermal conductivity is high, then it is estimated that insulation is low. For to appreciate the capacity thermal insulation, it is necessary to carry out complex computations that involve long. Therefore, the application software presented in this paper, allows shortening the time to obtain results, which can be appreciated thermal insulation. This paper proposes establish and analyze the main factors influencing the heat transfer capacity trough fabrics; establishment and calculation of parameters that can appreciate the thermal transfers. For calculate parameters which appreciate heat transfer capacity of fabrics, apply an algorithm for which must knows the destination of clothing structure, the fabrics thickness and thermal conductivity coefficient them, that will be input values. In presented paper, the destination is given season. Choosing materials that will enter in the clothing structure will be made depending on the season chosen. The software performs all calculations for thermal transfer and resistance at thermal transfer. The software will display the output data values for thermal resistance. At the end of the application the result, which may or may not fit into the accepted values domain. If the result is wrong, the software application allows resumption of calculations for to choose other inputs values. The software is designed so that it can be extended at any time, with new destinations for wearing of apparel, with new types of textiles and clothing with new clothing structures. Also, this application software is easy for using both students and teachers and researches. | Keywords
software application, heat transfer capacity, fabrics, thermal conductivity coefficient, output values |
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