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Dusty plasmas are a model system for studying strong correlation. The dustgrains' size of a few micro-meters and their characteristic oscillationfrequency of a few hertz allows for an investigation of many particle effectson an atomic level. In this article, we model the heat transport through anaxially confined 2D dust cluster from the center to the outside. The systembehaves particularly interesting since heat is not only conducted within thedust component but also transfered to the neutral gas. Fitting the analyticalsolution to the obtained radial temperature profiles allows to determine theheat conductivity $\kheat$. The heat conductivity is found to be constant overa wide range of coupling strengths even including the phase transition fromsolid to liquid here, as it was also found in extended systems by V. Nosenko etal. in 2008 \cite{PhysRevLett.100.025003}

Heat Transport in Confined Strongly Coupled 2D Dust Clusters