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Technical report: heat transfer effect on MHD boundary layer flow over a non-linear shrinking sheet / Mohd Syafiqul Syamil Mohd Sofian, Mohd Hakimi Itam and Muhd Faezie Mohd Sabry

Over the years, the demands for studies of boundary layer flow has been increasing signif­icantly as there are many practical industrial applications in engineering processes can get major benefits from the research since the quality of products such as copper wire and papers are depending on the he...

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Main Authors: Mohd Sofian, Mohd Syafiqul Syamil, Itam, Mohd Hakimi, Mohd Sabry, Muhd Faezie
Format: Student Project
Language:English
Published: 2016
Subjects:
Study and teaching
Equations
Analysis
Online Access:https://ir.uitm.edu.my/id/eprint/109967/1/109967.pdf
https://ir.uitm.edu.my/id/eprint/109967/
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spelling my.uitm.ir.1099672025-02-11T00:54:03Z https://ir.uitm.edu.my/id/eprint/109967/ Technical report: heat transfer effect on MHD boundary layer flow over a non-linear shrinking sheet / Mohd Syafiqul Syamil Mohd Sofian, Mohd Hakimi Itam and Muhd Faezie Mohd Sabry Mohd Sofian, Mohd Syafiqul Syamil Itam, Mohd Hakimi Mohd Sabry, Muhd Faezie Study and teaching Equations Analysis Over the years, the demands for studies of boundary layer flow has been increasing signif­icantly as there are many practical industrial applications in engineering processes can get major benefits from the research since the quality of products such as copper wire and papers are depending on the heat transfer and flow field. This study is focusing on the effect of heat transfer on the flow of MHD boundary layer on a non-linear stretching or shrinking sheet. This project analyze the MHD fluid's boundary layer flow on a shrinking sheet and study the effects of Prandtl numbers, magnetic parameter and velocity exponential param­eter on the temperature and velocity profile. The non-linear ordinary equations will be solved using Maple 18. The results obtained show that the thermal boundary layer de­creases as the Prandtl numbers, magnetic parameter and velocity exponential parameter increase. The fluid velocity profiles increases when higher magnetic parameter or velocity exponential parameter increased. The fluid velocity profiles is not affected by Prandtl numbers. 2016 Student Project NonPeerReviewed text en https://ir.uitm.edu.my/id/eprint/109967/1/109967.pdf Technical report: heat transfer effect on MHD boundary layer flow over a non-linear shrinking sheet / Mohd Syafiqul Syamil Mohd Sofian, Mohd Hakimi Itam and Muhd Faezie Mohd Sabry. (2016) [Student Project] <http://terminalib.uitm.edu.my/109967.pdf> (Unpublished)
institution Universiti Teknologi Mara
building Tun Abdul Razak Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Teknologi Mara
content_source UiTM Institutional Repository
url_provider http://ir.uitm.edu.my/
language English
topic Study and teaching
Equations
Analysis
spellingShingle Study and teaching
Equations
Analysis
Mohd Sofian, Mohd Syafiqul Syamil
Itam, Mohd Hakimi
Mohd Sabry, Muhd Faezie
Technical report: heat transfer effect on MHD boundary layer flow over a non-linear shrinking sheet / Mohd Syafiqul Syamil Mohd Sofian, Mohd Hakimi Itam and Muhd Faezie Mohd Sabry
description Over the years, the demands for studies of boundary layer flow has been increasing signif­icantly as there are many practical industrial applications in engineering processes can get major benefits from the research since the quality of products such as copper wire and papers are depending on the heat transfer and flow field. This study is focusing on the effect of heat transfer on the flow of MHD boundary layer on a non-linear stretching or shrinking sheet. This project analyze the MHD fluid's boundary layer flow on a shrinking sheet and study the effects of Prandtl numbers, magnetic parameter and velocity exponential param­eter on the temperature and velocity profile. The non-linear ordinary equations will be solved using Maple 18. The results obtained show that the thermal boundary layer de­creases as the Prandtl numbers, magnetic parameter and velocity exponential parameter increase. The fluid velocity profiles increases when higher magnetic parameter or velocity exponential parameter increased. The fluid velocity profiles is not affected by Prandtl numbers.
format Student Project
author Mohd Sofian, Mohd Syafiqul Syamil
Itam, Mohd Hakimi
Mohd Sabry, Muhd Faezie
author_facet Mohd Sofian, Mohd Syafiqul Syamil
Itam, Mohd Hakimi
Mohd Sabry, Muhd Faezie
author_sort Mohd Sofian, Mohd Syafiqul Syamil
title Technical report: heat transfer effect on MHD boundary layer flow over a non-linear shrinking sheet / Mohd Syafiqul Syamil Mohd Sofian, Mohd Hakimi Itam and Muhd Faezie Mohd Sabry
title_short Technical report: heat transfer effect on MHD boundary layer flow over a non-linear shrinking sheet / Mohd Syafiqul Syamil Mohd Sofian, Mohd Hakimi Itam and Muhd Faezie Mohd Sabry
title_full Technical report: heat transfer effect on MHD boundary layer flow over a non-linear shrinking sheet / Mohd Syafiqul Syamil Mohd Sofian, Mohd Hakimi Itam and Muhd Faezie Mohd Sabry
title_fullStr Technical report: heat transfer effect on MHD boundary layer flow over a non-linear shrinking sheet / Mohd Syafiqul Syamil Mohd Sofian, Mohd Hakimi Itam and Muhd Faezie Mohd Sabry
title_full_unstemmed Technical report: heat transfer effect on MHD boundary layer flow over a non-linear shrinking sheet / Mohd Syafiqul Syamil Mohd Sofian, Mohd Hakimi Itam and Muhd Faezie Mohd Sabry
title_sort technical report: heat transfer effect on mhd boundary layer flow over a non-linear shrinking sheet / mohd syafiqul syamil mohd sofian, mohd hakimi itam and muhd faezie mohd sabry
publishDate 2016
url https://ir.uitm.edu.my/id/eprint/109967/1/109967.pdf
https://ir.uitm.edu.my/id/eprint/109967/
_version_ 1825165138803556352
score 13.244413

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