Thermo-mechanical recycling of rubber: Relationship between material properties and specific mechanical energy

The aim of the study is to combine the evaluation of the dissipated energy, based on thermal measurements, with the evolution of the crack population, evaluated from

Classic strain amplitude sweeps were first carried out at two different tem- peratures (ambient and 80 °C) on both filled and unfilled nitrile rubber specimens in order to observe

Nevertheless, whole genome sequencing of cassava is currently in progress, and because a strong synteny between rubber tree and cassava genomes is expected, the sequence alignment

Filling these research gaps is of crucial practical importance since productivity growth in rubber agroforests depends on adaptation of higher-yielding planting

Addition of 0.5 mL boron trifluoridemethanol (14% solution, Sigma Chemical Co., Saint Louis, Missouri), heated at 60 ◦ C for 30 min, formed methyl esters from the fatty acids.. The

Or, à l’heure actuelle, hormis les déchets de pneumatiques et, dans une moindre mesure, les autres déchets caoutchoutiques issus de véhicules, les gisements de déchets

Thus, this research aims to evaluate economic gain by calculating the Return Over Investment (ROI) and the environmental gain through the Mass Intensity Factor (MIF) methodology in

Combining displacement, strain, temperature and heat source fields to investigate the thermomechanical response of an elastomeric specimen subjected to large deformations,