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Technical report: numerical solution of 2-D Maxwell’s Equation using finite difference time domain / Muhd Nur Aliyuddin Abd Samad, Muhammad Faris Ahmad Fadli and Hasan Al Bashri Sarip

Maxwell's equations is an equations used describe the relation of electric and magnetic fields. The applications of electric and magnetic field are mostly can be found in daily ap­pliances such as WiFi, mobile phone, microwave, and others. With the increasing of electro­magnetic in current tech...

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Main Authors: Abd Samad, Muhd Nur Aliyuddin, Ahmad Fadhli, Muhammad Faris, Sarip, Hasan Al Bashri
Format: Student Project
Language:English
Published: 2018
Subjects:
Study and teaching
Algebra
Equations
Online Access:https://ir.uitm.edu.my/id/eprint/109701/1/109701.pdf
https://ir.uitm.edu.my/id/eprint/109701/
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spelling my.uitm.ir.1097012025-02-11T08:41:08Z https://ir.uitm.edu.my/id/eprint/109701/ Technical report: numerical solution of 2-D Maxwell’s Equation using finite difference time domain / Muhd Nur Aliyuddin Abd Samad, Muhammad Faris Ahmad Fadli and Hasan Al Bashri Sarip Abd Samad, Muhd Nur Aliyuddin Ahmad Fadhli, Muhammad Faris Sarip, Hasan Al Bashri Study and teaching Algebra Equations Maxwell's equations is an equations used describe the relation of electric and magnetic fields. The applications of electric and magnetic field are mostly can be found in daily ap­pliances such as WiFi, mobile phone, microwave, and others. With the increasing of electro­magnetic in current technology, Maxwell's equations has become an important equations used to solve the electromagnetic problem. The study on this topic, mostly discuss the basic of Maxwell's equations and how to solve the equations. Because the complexity of the equations, the use of a computer software are required to help in solving the equations. By using a numer­ical approximation method, the equations become easier to evaluate. From the existing method the method used in this project is a finite difference time domain method or also known as Yee Algorithm to approximate the solutions of Maxwell's equations. In this project, all of the objec­tives are achieved. 2018 Student Project NonPeerReviewed text en https://ir.uitm.edu.my/id/eprint/109701/1/109701.pdf Technical report: numerical solution of 2-D Maxwell’s Equation using finite difference time domain / Muhd Nur Aliyuddin Abd Samad, Muhammad Faris Ahmad Fadli and Hasan Al Bashri Sarip. (2018) [Student Project] <http://terminalib.uitm.edu.my/109701.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
Algebra
Equations
spellingShingle Study and teaching
Algebra
Equations
Abd Samad, Muhd Nur Aliyuddin
Ahmad Fadhli, Muhammad Faris
Sarip, Hasan Al Bashri
Technical report: numerical solution of 2-D Maxwell’s Equation using finite difference time domain / Muhd Nur Aliyuddin Abd Samad, Muhammad Faris Ahmad Fadli and Hasan Al Bashri Sarip
description Maxwell's equations is an equations used describe the relation of electric and magnetic fields. The applications of electric and magnetic field are mostly can be found in daily ap­pliances such as WiFi, mobile phone, microwave, and others. With the increasing of electro­magnetic in current technology, Maxwell's equations has become an important equations used to solve the electromagnetic problem. The study on this topic, mostly discuss the basic of Maxwell's equations and how to solve the equations. Because the complexity of the equations, the use of a computer software are required to help in solving the equations. By using a numer­ical approximation method, the equations become easier to evaluate. From the existing method the method used in this project is a finite difference time domain method or also known as Yee Algorithm to approximate the solutions of Maxwell's equations. In this project, all of the objec­tives are achieved.
format Student Project
author Abd Samad, Muhd Nur Aliyuddin
Ahmad Fadhli, Muhammad Faris
Sarip, Hasan Al Bashri
author_facet Abd Samad, Muhd Nur Aliyuddin
Ahmad Fadhli, Muhammad Faris
Sarip, Hasan Al Bashri
author_sort Abd Samad, Muhd Nur Aliyuddin
title Technical report: numerical solution of 2-D Maxwell’s Equation using finite difference time domain / Muhd Nur Aliyuddin Abd Samad, Muhammad Faris Ahmad Fadli and Hasan Al Bashri Sarip
title_short Technical report: numerical solution of 2-D Maxwell’s Equation using finite difference time domain / Muhd Nur Aliyuddin Abd Samad, Muhammad Faris Ahmad Fadli and Hasan Al Bashri Sarip
title_full Technical report: numerical solution of 2-D Maxwell’s Equation using finite difference time domain / Muhd Nur Aliyuddin Abd Samad, Muhammad Faris Ahmad Fadli and Hasan Al Bashri Sarip
title_fullStr Technical report: numerical solution of 2-D Maxwell’s Equation using finite difference time domain / Muhd Nur Aliyuddin Abd Samad, Muhammad Faris Ahmad Fadli and Hasan Al Bashri Sarip
title_full_unstemmed Technical report: numerical solution of 2-D Maxwell’s Equation using finite difference time domain / Muhd Nur Aliyuddin Abd Samad, Muhammad Faris Ahmad Fadli and Hasan Al Bashri Sarip
title_sort technical report: numerical solution of 2-d maxwell’s equation using finite difference time domain / muhd nur aliyuddin abd samad, muhammad faris ahmad fadli and hasan al bashri sarip
publishDate 2018
url https://ir.uitm.edu.my/id/eprint/109701/1/109701.pdf
https://ir.uitm.edu.my/id/eprint/109701/
_version_ 1825165121592229888
score 13.244413

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