Heat dissipative mechanical damping properties of EPDM rubber composites including hybrid fillers of aluminium nitride and boron nitride
Jung Keun Cho, Hanna Sun, Hee Won Seo, June-Young Chung, Mina Seol, Sung‐Hoon Kim, Ra-Seong Kim, In‐Kyung Park, Jonghwan Suhr, Joon Chul Park, Heon Seob Jung, Hyun Ho Park, Hyouk Ryeol Choi, Jae‐Do Nam
Abstract
of EPDM/AlN/BN, representing reductions of 33 and 52%, respectively. Moreover, the damping coefficient of EPDM/AlN/BN was greatly increased to 0.5 of at 50 °C, compared to 0.03 of neat EPDM. These excellent performances likely stem from the effective packing of AlN/BN hybrid fillers, which could induce facile energy transfer and effective energy dissipation by the sliding movement of the adjacent hybrid fillers in the EPDM matrix.
Topics & Concepts
Boron nitrideMaterials scienceComposite materialAluminiumNatural rubberDissipative systemNitrideBoronChemistryOrganic chemistryQuantum mechanicsLayer (electronics)PhysicsPolymer Nanocomposites and PropertiesDielectric materials and actuatorsTribology and Wear Analysis