Development of three-dimensional clothing model for a computer-simulated person integrated with a thermoregulation model

In recent years, an integrated analysis of computational fluid dynamics (CFD) and computer simulation person (CSP), especially to reproduce the shape human body, has been conducted estimate interaction between body its surrounding indoor environment. Meanwhile, clothing is often treated in a simplified manner, as means resistance heat pollutant transfer, there sufficient room for improvement hygrothermal scalar transfer phenomena around with complex geometry. this study, some garment models geometry others were created CSP, airflow, temperature, humidity investigated along CSP. It was assumed that only water vapor transported garment. As result, naked model found be over-or underestimated respect all vapor. also simple produced same results on macroscopic scale. Models different regions smaller air gaps clothes should confirmed.