WEAVSIM: A MICROSCOPIC SIMULATION MODEL OF FREEWAY WEAVING SECTIONS
Mohsen Zarean, Zoltan A. Nemeth
Abstract
Mohsen Zarean, Zoltan A. Nemeth
Abstract
Intense lane-changing maneuvers at weaving sections create turbulences that often lead to congestion. The study of the dynamics of traffic flow at weaving sections thus has the potential to generate benefits. This paper describes a microscopic simulation model, WEAVSIM, developed for such studies. Freeway Data Collection for Studying Vehicle Interaction, a project of the FHWA, produced data sets at weaving sections and other problem areas to facilitate the study of freeway operations and the enhancement of freeway simulation models. Some of these data sets have been used in testing WEAVSIM. The application of the model was demonstrated by a small-scale simulation study of weaving sections.
OpenAlex reports 15 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Intense lane-changing maneuvers at weaving sections create turbulences that often lead to congestion. The study of the dynamics of traffic flow at weaving sections thus has the potential to generate benefits. This paper describes a microscopic simulation model, WEAVSIM, developed for such studies. Freeway Data Collection for Studying Vehicle Interaction, a project of the FHWA, produced data sets at weaving sections and other problem areas to facilitate the study of freeway operations and the enhancement of freeway simulation models. Some of these data sets have been used in testing WEAVSIM. The application of the model was demonstrated by a small-scale simulation study of weaving sections.
Key concepts: Weaving, Traffic simulation, Traffic flow (computer networking), Data collection, Computer science, Simulation modeling, Scale (ratio), Transport engineering