Simulation of traffic flow in unsignalization intersection using computer software SIDRA in Baghdad city

Computer simulation is a vital means for the examination of expressways and urban lanes and streets. Transportation experts concentrate on the arrangement and dissemination of traffic jams on roadways. The objective of this study is to calculate and analyses the travel time, delay time, degree of sa...

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Main Authors: Mohammed Ali, Jony Hassan, Shakir Alaa, Ambak Kamarudin Bin
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:MATEC Web of Conferences
Online Access:https://doi.org/10.1051/matecconf/201816201035
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spelling doaj-4e756fddbe53404fa046d9fb3745588f2021-02-02T01:40:08ZengEDP SciencesMATEC Web of Conferences2261-236X2018-01-011620103510.1051/matecconf/201816201035matecconf_bcee32018_01035Simulation of traffic flow in unsignalization intersection using computer software SIDRA in Baghdad cityMohammed AliJony HassanShakir AlaaAmbak Kamarudin BinComputer simulation is a vital means for the examination of expressways and urban lanes and streets. Transportation experts concentrate on the arrangement and dissemination of traffic jams on roadways. The objective of this study is to calculate and analyses the travel time, delay time, degree of saturation, and level of service and travel speed in Jordan intersection in Baghdad, Iraq using Sidra software. The number of vehicles passing Jordan intersection was recorded by the author of this work from 7am to 3pm for four days. A simulation model has been used to assess the performance of the current intersection. Results demonstrated that the level of service (LOS) for Jordan intersection is D with (35 sec/veh) average delay and degree of saturation (0.996 v/c). It was concluded that Jordan intersection needs further developments like using intelligent transportation system application (ITS) to regulate traffic signals, whereby reducing traffic jam, using closed circuit TV (CCTV) might assist traffic office in identifying jam point to reduce traffic jam.https://doi.org/10.1051/matecconf/201816201035
collection DOAJ
language English
format Article
sources DOAJ
author Mohammed Ali
Jony Hassan
Shakir Alaa
Ambak Kamarudin Bin
spellingShingle Mohammed Ali
Jony Hassan
Shakir Alaa
Ambak Kamarudin Bin
Simulation of traffic flow in unsignalization intersection using computer software SIDRA in Baghdad city
MATEC Web of Conferences
author_facet Mohammed Ali
Jony Hassan
Shakir Alaa
Ambak Kamarudin Bin
author_sort Mohammed Ali
title Simulation of traffic flow in unsignalization intersection using computer software SIDRA in Baghdad city
title_short Simulation of traffic flow in unsignalization intersection using computer software SIDRA in Baghdad city
title_full Simulation of traffic flow in unsignalization intersection using computer software SIDRA in Baghdad city
title_fullStr Simulation of traffic flow in unsignalization intersection using computer software SIDRA in Baghdad city
title_full_unstemmed Simulation of traffic flow in unsignalization intersection using computer software SIDRA in Baghdad city
title_sort simulation of traffic flow in unsignalization intersection using computer software sidra in baghdad city
publisher EDP Sciences
series MATEC Web of Conferences
issn 2261-236X
publishDate 2018-01-01
description Computer simulation is a vital means for the examination of expressways and urban lanes and streets. Transportation experts concentrate on the arrangement and dissemination of traffic jams on roadways. The objective of this study is to calculate and analyses the travel time, delay time, degree of saturation, and level of service and travel speed in Jordan intersection in Baghdad, Iraq using Sidra software. The number of vehicles passing Jordan intersection was recorded by the author of this work from 7am to 3pm for four days. A simulation model has been used to assess the performance of the current intersection. Results demonstrated that the level of service (LOS) for Jordan intersection is D with (35 sec/veh) average delay and degree of saturation (0.996 v/c). It was concluded that Jordan intersection needs further developments like using intelligent transportation system application (ITS) to regulate traffic signals, whereby reducing traffic jam, using closed circuit TV (CCTV) might assist traffic office in identifying jam point to reduce traffic jam.
url https://doi.org/10.1051/matecconf/201816201035
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AT jonyhassan simulationoftrafficflowinunsignalizationintersectionusingcomputersoftwaresidrainbaghdadcity
AT shakiralaa simulationoftrafficflowinunsignalizationintersectionusingcomputersoftwaresidrainbaghdadcity
AT ambakkamarudinbin simulationoftrafficflowinunsignalizationintersectionusingcomputersoftwaresidrainbaghdadcity
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