キルティングの伝熱特性の非接触評価

抄録

The behavior of heat transfer in various pad as quilting materials is evaluated by analyzing kinetics of layered cloth. In the analysis of heat-transfer kinetics, physical properties of conductivity and transfer are identified by numerical formulations and inverse analysis procedure for the kinetics of quilting materials. Here, the heat transfer kinetics of 3-layer quilting materials are formulated and calculated by assessing the surface temperature of outer cloth. The surface temperature of cloth in wind tunnel is measured from outside of the tunnel by using a digital radiation temperature sensor. The specific thermal resistivity of the quilt pad is analyzed from the measured temperature by evaluating the thermal resistance of layered cloth of 3-layer quilting materials. As a result of this analysis, it is confirmed that silk pad has the heat transfer kinetics value higher than resin pad.