Fuel Consumption at Signalized Intersection Due to Delay
Keywords:
two-lobe textured journal bearing, load carrying capacity, dynamic stability, critical mass of journal, threshold speed, whirl frequency ratio, cybersecurity, cyber-threats, cyber-physical compromise, critical infrastructure, smart grid, .fuel loss; congestion; intersection; journey time, long queues.Abstract
In INDIA population is the root of many problems and is also directly linked with fuel consumption. And with increase in affordability index due to economic growth has led to higher aspiration amongst people (especially a need for increased comfort). With high numbers of vehicle on signals, waiting time increases which leads to a situation of heavy traffic congestion at traffic signals and intersections resulting in a very slow traffic movement even when the traffic lights switch green.
An idling vehicle is not only using up valuable fuel and damaging vehicle’s engine, but also causing danger to the environment and a risk to the health of many others. Fuel consumption at signalized intersections has increased, as the vehicles are unable to cross the intersection during one green phase of signal because of long queues at the intersection. Extra fuel loss is due to personal mode of transportation, enhanced trip length and congested intersections. Usually when the vehicles are waiting for their turn to cross the intersection at signals, drivers normally keep their vehicle’s engine on, resulting in extra consumption of fuel. This small amount of fuel wasted, if aggregated over number of cycles per day, for number of days per year and for number of signalized intersections results in a huge quantity of fuel. The wastage of fuel at these intersections results in a huge loss of valuable fuel resources. The paper presents the results of fuel loss at signalized intersections due to delay of vehicle.
References
Amanda R. Carrico, Padgett Paul, Michael P. Vandenberg, Jonathan Gilligan, Kenneth A. Wallston (2009) Costly myths: Analysis of idling beliefs and behaviour in personal motor Vehicles. 37(8), 2881-2888.
(2009) Study on Losses of Petroleum Products at Traffic Intersections due to idling of vehicles at Delhi.
C. Li, S. Shimimoto (2012) ETC Assisted Traffic Light Control Scheme for Reducing Vehicles CO2 Emissions. 4(2).
H. Lim (2012) Study of Exhaust Emissions from Idling Heavy-Duty Diesel Trucks and Commercially Available Idle-Reducing Devices.
Manish Pal, Dipankar Sarkar (2012) Delay fuel loss and noise pollution during idling of Vehicles at signalized intersection in Agartala city, India. 2(6), 2222-1719.
P. Parida, S. Gangopadhyay (2008) Estimation of fuel loss during idling of vehicles at signalized intersections of Delhi.
R. Shipchandler, J. Miller (2008) Estimating Smog Precursor Emissions From Idling Vehicles In The Chicago Metropolitan Area.
K. P. Tiwari, R. N Singh, J. B. Balwanshi (2013) Fuel Wastage and Emission due to idling of vehicles at road traffic signals. 02(10).
I. De Vlieger, D. De Keukeleere, J. G. Kretzschmar (2000) Environmental effects of driving behaviour and congestion related to passenger cars. 34(27), 4649-4655.
Downloads
Published
Issue
Section
License
Copyright (c) 2023 Authors and Global Journals Private Limited

This work is licensed under a Creative Commons Attribution 4.0 International License.
