In this study, a low degree-of-freedom mechanical model of a rolling tire is constructed, in which the lateral deformation of the contact patch and tire carcass is considered. The so-called delayed contact patch model is implemented and combined with a simple tire carcass model. The interaction between the contact patch and the carcass together with the lateral mode of the attached suspension s...

Abstract Waste tire rubber is commonly recycled by blending with other polymers. However, the mechanical properties of these blends were poor due to lack adhesion between matrix and waste rubber. In this research, use electron beam irradiation (3-Aminopropyl)triethoxy silane (APTES) on enhancing performance 50 wt% reclaimed (RTR) blend poly(ethylene-co-vinyl acetate) (EVA) was investigated. Pre...

the blending of nr and br rubber blend with n330 carbon black is studied on curing behavior and the physico-mechanical properties of a sbr rubber based tire tread compound containing n234 carbon black. the effect of sulphur and accelerator contents on different properties of rubber compound is also tested with a wide range of curing agents. partial substitution of sbr with nr shows significant ...

Peat is a notoriously problematic soil having high-water content, large void ratio, and weak engineering properties. Thus, it needs to be treated before utilization withstand structural stress. On the other hand, amount of waste tires increases exponentially due high demand for vehicles. Therefore, they need sustainably recovered recycled rather than disposed or incinerated. This study aimed st...