IPOD Abstract for presentation (Poster or Podium) with a Paper in the Conference Proceedings
Active Transportation (Bike/Ped)
Parisa Masoumi, PhD Student (she/her/hers)
Student
Morgan State University
baltimore, MD, United States
Anam Ardeshiri, Traffic & ITS Engineer
Ph.D.
Mead & Hunt
Columbia, Maryland, United States
Eazaz Sadeghvaziri, PhD
Assistant Professor
Mercer University
Macon, GA, United States
Mansoureh Jeihani, n/a
Professor
Morgan State University
Baltimore, Maryland, United States
Alaina Payne, Undergraduate Student
Student
Morgan State University
Baltimore, Maryland, United States
Parisa Masoumi, Ph.D. Student
Morgan State University
Baltimore, Maryland, United States
This study used a driving simulator to investigate driver behavior near bike lanes. The interaction between cars and bicyclists during passing maneuvers is a key factor in bike-related accidents. The study tested two scenarios: one with a road containing a bike lane and one without. 29 participants had two driving sessions, each matching one of the scenarios. The study used car and bike simulators allowing two participants to drive simultaneously on the same road network and interact live. Driver performance was evaluated by analyzing their interactions during 30-second overtaking maneuvers. Statistical analysis assessed the bike lane's impact on driver behavior. The presence of a bicyclist led to significant changes in driver lateral movement and speed. When more space was available from the bike lane, drivers felt safer and increased speed to overtake bicycles. In conclusion, this study revealed that most drivers gradually approached bicyclists and accelerated to pass them quickly.
Keywords: Bicycle Lane, Bicyclist Safety, Overtaking, Lateral Movement, Speed, Driving Simulator