Vehicle speed control using road bumps: part 2

In a previous publication in this journal the framework for the development of a model for the road bump problem was laid. The current paper focuses on the aspect of determining the effective distance between two consecutive road bumps developing equations governing the velocity and the wavelength o...

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Main Authors: S. A. Oke, T. A. O. Salau, A. O. Adeyefa.
Format: Article
Language:English
Published: Vilnius Gediminas Technical University 2005-06-01
Series:Transport
Subjects:
Online Access:http://www.transport.vgtu.lt/upload/tif_zur/2005-3-oke_salau_adeyefa.pdf
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author S. A. Oke
T. A. O. Salau
A. O. Adeyefa.
author_facet S. A. Oke
T. A. O. Salau
A. O. Adeyefa.
author_sort S. A. Oke
collection DOAJ
description In a previous publication in this journal the framework for the development of a model for the road bump problem was laid. The current paper focuses on the aspect of determining the effective distance between two consecutive road bumps developing equations governing the velocity and the wavelength of the motion of the vehicle. The wave equation is re-modelled connecting the isolation factor, linear velocity, wavelength and the frequency of motion of the vehicle over a road bump. A new set of equations is developed to extend the framework earlier presented in Salau et al. The feasibility of the model is demonstrated by its behaviour in graph and simulated data generation.
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1648-3480
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spelling doaj.art-725afd7cf23a4d37ac44293c663280f22022-12-21T19:12:33ZengVilnius Gediminas Technical UniversityTransport1648-41421648-34802005-06-0120399105Vehicle speed control using road bumps: part 2S. A. OkeT. A. O. SalauA. O. Adeyefa.In a previous publication in this journal the framework for the development of a model for the road bump problem was laid. The current paper focuses on the aspect of determining the effective distance between two consecutive road bumps developing equations governing the velocity and the wavelength of the motion of the vehicle. The wave equation is re-modelled connecting the isolation factor, linear velocity, wavelength and the frequency of motion of the vehicle over a road bump. A new set of equations is developed to extend the framework earlier presented in Salau et al. The feasibility of the model is demonstrated by its behaviour in graph and simulated data generation.http://www.transport.vgtu.lt/upload/tif_zur/2005-3-oke_salau_adeyefa.pdfvehicle controlroad bumps speed limitaccidents preventioneffective distance
spellingShingle S. A. Oke
T. A. O. Salau
A. O. Adeyefa.
Vehicle speed control using road bumps: part 2
Transport
vehicle control
road bumps speed limit
accidents prevention
effective distance
title Vehicle speed control using road bumps: part 2
title_full Vehicle speed control using road bumps: part 2
title_fullStr Vehicle speed control using road bumps: part 2
title_full_unstemmed Vehicle speed control using road bumps: part 2
title_short Vehicle speed control using road bumps: part 2
title_sort vehicle speed control using road bumps part 2
topic vehicle control
road bumps speed limit
accidents prevention
effective distance
url http://www.transport.vgtu.lt/upload/tif_zur/2005-3-oke_salau_adeyefa.pdf
work_keys_str_mv AT saoke vehiclespeedcontrolusingroadbumpspart2
AT taosalau vehiclespeedcontrolusingroadbumpspart2
AT aoadeyefa vehiclespeedcontrolusingroadbumpspart2