Energy Balance of the Dynamic Impact Stressing of Conveyor Belts

This paper presents research into the energy balance of stressing conveyor belts by impact processes. Research is described in areas measuring resistance to puncture, process, and effect changes height on tensile forces. Measurements were performed a rubber–textile belt with polyamide carcass. Hammers pyramidal spherical impactors used compare examined conveyor. Values obtained for maximum energies selected heights residual positional measured bounce heights. The difference between these represents energy. results confirmed that hammer impactor greater than impactor, while this increases increasing height. shape simulates sharp-edged materials, which cause damage tribological interaction belt. provides information determining limit conditions setting appropriate depending weight material transported using given