On matlab finite element simulations of steady - state burger's equation

Burger's equations have been used, time and again to model successfully many physical phenomena such as in shock waves, acoustic transmision, traffic flow, supersonic flow about aerofoils and wave propagations in thermoelastic medium. Via Cole-Hopf transformation, the equations are reduced to s...

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Main Authors: Shariffudin, Rio Hirowati, Abdul Jalil, Ithnin, Hoy, Kam Lai
Format: Article
Language:English
Published: Universiti Teknologi Malaysia 2003
Subjects:
Online Access:http://eprints.utm.my/9891/
http://eprints.utm.my/9891/1/RioHirowatiShariffudin2002_OnMatlabFiniteElementSimulationsofSteady.pdf
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author Shariffudin, Rio Hirowati
Abdul Jalil, Ithnin
Hoy, Kam Lai
author_facet Shariffudin, Rio Hirowati
Abdul Jalil, Ithnin
Hoy, Kam Lai
author_sort Shariffudin, Rio Hirowati
building UTeM Institutional Repository
collection Online Access
description Burger's equations have been used, time and again to model successfully many physical phenomena such as in shock waves, acoustic transmision, traffic flow, supersonic flow about aerofoils and wave propagations in thermoelastic medium. Via Cole-Hopf transformation, the equations are reduced to standard diffusion equations. With the advent of modem computer technology, numerical techniques are very much sought after. Two fundamental tenets of numerical methods are the methods of finite difference and the methods using finite elements. Both methods call for the solutions of large sparse matrices. In this paper, we shall present finite element simulations of the Burger's equations using MATLAB
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spelling utm-98912017-10-19T04:27:54Z http://eprints.utm.my/9891/ On matlab finite element simulations of steady - state burger's equation Shariffudin, Rio Hirowati Abdul Jalil, Ithnin Hoy, Kam Lai QA Mathematics Burger's equations have been used, time and again to model successfully many physical phenomena such as in shock waves, acoustic transmision, traffic flow, supersonic flow about aerofoils and wave propagations in thermoelastic medium. Via Cole-Hopf transformation, the equations are reduced to standard diffusion equations. With the advent of modem computer technology, numerical techniques are very much sought after. Two fundamental tenets of numerical methods are the methods of finite difference and the methods using finite elements. Both methods call for the solutions of large sparse matrices. In this paper, we shall present finite element simulations of the Burger's equations using MATLAB Universiti Teknologi Malaysia 2003-06 Article PeerReviewed application/pdf en http://eprints.utm.my/9891/1/RioHirowatiShariffudin2002_OnMatlabFiniteElementSimulationsofSteady.pdf Shariffudin, Rio Hirowati and Abdul Jalil, Ithnin and Hoy, Kam Lai (2003) On matlab finite element simulations of steady - state burger's equation. Jurnal teknikal dan kajian sosial, 1 (2). pp. 1-8. ISSN 1675-2228
spellingShingle QA Mathematics
Shariffudin, Rio Hirowati
Abdul Jalil, Ithnin
Hoy, Kam Lai
On matlab finite element simulations of steady - state burger's equation
title On matlab finite element simulations of steady - state burger's equation
title_full On matlab finite element simulations of steady - state burger's equation
title_fullStr On matlab finite element simulations of steady - state burger's equation
title_full_unstemmed On matlab finite element simulations of steady - state burger's equation
title_short On matlab finite element simulations of steady - state burger's equation
title_sort on matlab finite element simulations of steady - state burger's equation
topic QA Mathematics
url http://eprints.utm.my/9891/
http://eprints.utm.my/9891/1/RioHirowatiShariffudin2002_OnMatlabFiniteElementSimulationsofSteady.pdf