Experimental estimation of transient evolution of three thermal parameters characterizing a dry friction interface

Several studies have been performed to understand the occurred phenomena in a sliding contact interface. Due generated heat flux, necessarily induces an increase of temperature. These temperatures could reach critical value for system. Thus, it is imperative anticipate temperature avoid severe issues. The aim this study be able determine evolution thermal parameters characterizing interfaces. In order do this, we develop new methodology which involves three transient parameters, intrinsic partition coefficient, resistance and flux by friction. estimation time dependent inverse conduction problem (IHCP) from measurements. A parametrization technic with constrained Levenberg Marquardt algorithm used regularize decorrelate IHCP. An experimental performed. friction scenarios are investigated show relevance developed methodology.