Simulation of heat transfer process of thermal protective clothing based on FPGA and sensor processing system

Abstract

ABSTRACT Low radiation exposure to the heat transfer of the heat flux protective clothing. Field Programmable Gate Arrays (FPGA) simulation software and the sensor are used to model the heat transfer through a particular multilayer textile structure. The transfer model is verified by comparison with experimental data. In the previous method, is Initial results with the corresponding experimental results are very consistent. The first of a series of tasks to optimize thermal performance for protective clothing in thermal comfort. It protects the skin from exposure to low-intensity aspects of thermal damage caused by heat radiation has the best performance. Exposed to heat and flame, the clothes will burn. However, these burns nature depends mostly on the fabric, the fabric structure, garment moisture, and the heart of the finishing agent used. The proposed method improves combustion speed will not change wool than other natural fibers (e.g., cotton, linen, and silk) faster. Gas weaved or loosely woven fabric relatively intact motion of light, tight and more massive than the fabric structure to promote faster flame propagation of these materials.