Technical report: a mathematical model of a suspension bridge / Noor Zuliha Ismail, Nur Asilah Nordin and Syafiqah Suhaimi
Since the fall of the Old Tacoma Narrows Bridge in 1940, mathematical modeling of suspension bridges has been studied by many researchers. A mathematical model of a suspension bridge by McKenna is applied to a bridge located at Ghana named Adomi Bridge as there is no studies to possible vertical and...
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my.uitm.ir.1097592025-02-11T00:54:18Z https://ir.uitm.edu.my/id/eprint/109759/ Technical report: a mathematical model of a suspension bridge / Noor Zuliha Ismail, Nur Asilah Nordin and Syafiqah Suhaimi Ismail, Noor Zuliha Nordin, Nur Asilah Suhaimi, Syafiqah Study and teaching Equations Analysis Since the fall of the Old Tacoma Narrows Bridge in 1940, mathematical modeling of suspension bridges has been studied by many researchers. A mathematical model of a suspension bridge by McKenna is applied to a bridge located at Ghana named Adomi Bridge as there is no studies to possible vertical and torsional oscillations have been published previously. In this research, only a cross section of the center of the bridge's span is considered for the derivation of the nonlinear differential equation system as in McKenna's mathematical model. MA1LAB Simulink is used to perform the simulation of the bridge response under various initial conditions and parameters of the bridge to know its stability. 2017 Student Project NonPeerReviewed text en https://ir.uitm.edu.my/id/eprint/109759/1/109759.pdf Technical report: a mathematical model of a suspension bridge / Noor Zuliha Ismail, Nur Asilah Nordin and Syafiqah Suhaimi. (2017) [Student Project] <http://terminalib.uitm.edu.my/109759.pdf> (Unpublished) |
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Study and teaching Equations Analysis Ismail, Noor Zuliha Nordin, Nur Asilah Suhaimi, Syafiqah Technical report: a mathematical model of a suspension bridge / Noor Zuliha Ismail, Nur Asilah Nordin and Syafiqah Suhaimi |
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Since the fall of the Old Tacoma Narrows Bridge in 1940, mathematical modeling of suspension bridges has been studied by many researchers. A mathematical model of a suspension bridge by McKenna is applied to a bridge located at Ghana named Adomi Bridge as there is no studies to possible vertical and torsional oscillations have been published previously. In this research, only a cross section of the center of the bridge's span is considered for the derivation of the nonlinear differential equation system as in McKenna's mathematical model. MA1LAB Simulink is used to perform the simulation of the bridge response under various initial conditions and parameters of the bridge to know its stability. |
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Student Project |
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Ismail, Noor Zuliha Nordin, Nur Asilah Suhaimi, Syafiqah |
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Ismail, Noor Zuliha Nordin, Nur Asilah Suhaimi, Syafiqah |
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Ismail, Noor Zuliha |
title |
Technical report: a mathematical model of a suspension bridge / Noor Zuliha Ismail, Nur Asilah Nordin and Syafiqah Suhaimi |
title_short |
Technical report: a mathematical model of a suspension bridge / Noor Zuliha Ismail, Nur Asilah Nordin and Syafiqah Suhaimi |
title_full |
Technical report: a mathematical model of a suspension bridge / Noor Zuliha Ismail, Nur Asilah Nordin and Syafiqah Suhaimi |
title_fullStr |
Technical report: a mathematical model of a suspension bridge / Noor Zuliha Ismail, Nur Asilah Nordin and Syafiqah Suhaimi |
title_full_unstemmed |
Technical report: a mathematical model of a suspension bridge / Noor Zuliha Ismail, Nur Asilah Nordin and Syafiqah Suhaimi |
title_sort |
technical report: a mathematical model of a suspension bridge / noor zuliha ismail, nur asilah nordin and syafiqah suhaimi |
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2017 |
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https://ir.uitm.edu.my/id/eprint/109759/1/109759.pdf https://ir.uitm.edu.my/id/eprint/109759/ |
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