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Characterizing the Thermal Performance of Graphene Composites

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Owing to its high thermal conductivity, high electrical conductivity, high strength, and low weight, graphene is a popular additive of choice for advanced composite materials.   This recorded webinar highlights multiple applications of the Modified Transient Plane Source (MTPS) as a method for characterizing the thermal conductivity performance improvement of graphene composites.

The presentation reviews work from Turkey where researchers confirmed that loading chitosan with graphene increases its thermal conductivity and a variety of other thermoelectric properties. These composite materials can be utilized to improve the performance of biologically-benign materials for use in biomedical and biomechanical applications.

The presenter then reviews work from China where researchers investigated the performance of graphene-loaded ternary composites, confirming that ternary composites tend to show synergistic effects in the thermal conductivity performance improvement. 

Additionally, work from Korea towards the development of advanced polymer-based lightweight thermoelectrics, using graphene to improve the electrical conductivity and Sievert’s coefficient of the materials is reviewed. 

This webinar will be of particular interest to engineers and researchers involved in the development of graphene composites for biomedical, electrical, and thermoelectric applications.