An extended characterization of several compounds, differing in the nature of the rubbery matrix (Natural rubber, Butadiene Rubber, Isoprene Rubber) as well in the type and content of the filler adopted (carbon black, silica), have been characterized under different loading conditions (uniaxial, biaxial and pure shear loading conditions) from the small strains (DMA) up to fracture. A correlation between the structural features of the compound and its mechanical behaviour has been proposed for the different materials under consideration.
A dive into rubber: structure-property correlation
Marano, C.;Rink, M.
2018-01-01
Abstract
An extended characterization of several compounds, differing in the nature of the rubbery matrix (Natural rubber, Butadiene Rubber, Isoprene Rubber) as well in the type and content of the filler adopted (carbon black, silica), have been characterized under different loading conditions (uniaxial, biaxial and pure shear loading conditions) from the small strains (DMA) up to fracture. A correlation between the structural features of the compound and its mechanical behaviour has been proposed for the different materials under consideration.File in questo prodotto:
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