Tire-pavement interaction noise (TPIN) becomes dominant at speeds above 40 km/h for passenger vehicles and 70 km/h for trucks.
(The last option focuses on factors such as engine, intake air, exhaust, cooling fan, transmission or driveline, and tire-pavement interaction [33].) These measures have no documented effects on road safety.
The surface-system was designed to exhibit the highest possible acoustically favorable properties, was verified by examinations in the Vehicle-Pavement Interaction Facility of the Federal Highway Research Institute (BASt) and was constructed in-situ.
Surface layers, where tire-pavement interactions occur, have to provide different properties such as high friction (very important for users' safety), stability, resistance to meteorological agents, and contribution to the overall pavement performances.
A novel ranking algorithm is proposed, that allows upscaling of the local carbon dioxide emissions due to pavement vehicle interaction to the size of state-wide or national sustainability goals.
The study considered the agency costs and impacts as well as various use phase impacts and costs including those connected with pavement vehicle interaction and work zone traffic delays.
Recent developments in mechanistic models of roughness- and deflection-induced pavement-vehicle interaction aim at providing such engineering estimates.
Though rapidly increasing research efforts have been devoted to the study of pavement materials, thermal interactions between buildings and the ambient environment are mostly neglected.
None of the studies has addressed vehicle pavement interaction using deteriorated pavement models as well as long-term pavement damage and failure due to vehicle pavement interaction.
In conclusion, the paper provides a useful methodological contribution to the determination of dynamic effects caused by the interaction vehicle-road pavement, by evaluating the entity of the dynamic overload induced by surface irregularities.
However, on many bikes, tire interaction with the pavement is sufficient to prevent capsize from becoming unstable at high speeds.
