Car-following behavior is the result of the interaction of various elements in the specific
driver-vehicle-environment aggregation. Under the intelligent and connected condition, the …

Car-following (CF) models are fundamental in the replication of traffic flow and thus they
have received considerable attention. This attention needs to be reflected upon at particular …

The platooning of connected automated vehicles (CAVs) will have a dramatic impact on the
future market. The open-access environment is available to share travel information among …

Microscopic traffic simulation models require the calibration of car-following (or vehicle-
following) models. The parameters of vehicle-following models control individual driver's …

Accurately identifying the driving threat could greatly improve the driving safety for
autonomous vehicles in the mixed traffic, where the human-driven and driverless, as well as …

Connected intelligent vehicle following can improve safety and efficiency compared to
today's road transport, but real traffic in the near future will not provide an ideal setting for its …

An improved cellular automata model based on car–truck combination effect oriented to
faithfully reproducing the characteristics of heterogeneous traffic flow is presented in this …

Heterogeneous traffic flow contains the mixed operation of the different vehicle classes such
as cars, trucks and buses. Previous study has indicated that the overall stability of the …

In various efforts to assure safety and serviceability of a bridge structure throughout its
lifetime, it is essential to accurately estimate the traffic load effects. Although traffic loads …

This paper proposes a novel technique to estimate site-specific characteristic maximum
traffic load effects on the Forth Road suspension Bridge (FRB). Congestion represents a …