A new order m – 1 rational integrator with an inhomogeneuous constant

In this research work we derived a new order m – 1, rational integrator with an inhomogeneous constant for the solution of ordinary differential equations. We establish the integrator formula with an interpolants of order m – 1, to determine the convergence and consistency of the method with the use...

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Main Authors: Fidelis Ebhohomen, Matthew Olanrewaju Oluwayemi
Format: Article
Language:English
Published: Elsevier 2023-03-01
Series:Scientific African
Subjects:
Online Access:http://www.sciencedirect.com/science/article/pii/S2468227623000133
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author Fidelis Ebhohomen
Matthew Olanrewaju Oluwayemi
author_facet Fidelis Ebhohomen
Matthew Olanrewaju Oluwayemi
author_sort Fidelis Ebhohomen
collection DOAJ
description In this research work we derived a new order m – 1, rational integrator with an inhomogeneous constant for the solution of ordinary differential equations. We establish the integrator formula with an interpolants of order m – 1, to determine the convergence and consistency of the method with the use of MATLAB softwares. We compared our integrators with “Numerical Strategies for the System of First Order IVPs using Block Hybrid Extended Trapezoidal Multistep of Second Kind for Stiff ODEs” and “A quartic based denominator of order six rational integrator in ordinary differential Equations” to solve real-life problems which ascertain the convergence and consistency of our scheme. Our results show good improvement over the existing methods compared with.
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spelling doaj.art-560abedab93345db8ef41ed5b03598d82023-03-06T04:18:05ZengElsevierScientific African2468-22762023-03-0119e01554A new order m – 1 rational integrator with an inhomogeneuous constantFidelis Ebhohomen0Matthew Olanrewaju Oluwayemi1Department of Mathematics, Ambrose Alli University, Ekpoma, Edo State, NigeriaLandmark University SDG 4 (Quality Education Research Group), Omu-Aran, Nigeria; Department of Physical Sciences, Mathematics Programme, Landmark University, Omu-Aran, NigeriaIn this research work we derived a new order m – 1, rational integrator with an inhomogeneous constant for the solution of ordinary differential equations. We establish the integrator formula with an interpolants of order m – 1, to determine the convergence and consistency of the method with the use of MATLAB softwares. We compared our integrators with “Numerical Strategies for the System of First Order IVPs using Block Hybrid Extended Trapezoidal Multistep of Second Kind for Stiff ODEs” and “A quartic based denominator of order six rational integrator in ordinary differential Equations” to solve real-life problems which ascertain the convergence and consistency of our scheme. Our results show good improvement over the existing methods compared with.http://www.sciencedirect.com/science/article/pii/S2468227623000133Rational integratorStiffSingular and oscillatory problemsStability function and region of absolute stability (RAS)AMS (2020) Subject Classification: 65L03, 65L10
spellingShingle Fidelis Ebhohomen
Matthew Olanrewaju Oluwayemi
A new order m – 1 rational integrator with an inhomogeneuous constant
Scientific African
Rational integrator
Stiff
Singular and oscillatory problems
Stability function and region of absolute stability (RAS)
AMS (2020) Subject Classification: 65L03, 65L10
title A new order m – 1 rational integrator with an inhomogeneuous constant
title_full A new order m – 1 rational integrator with an inhomogeneuous constant
title_fullStr A new order m – 1 rational integrator with an inhomogeneuous constant
title_full_unstemmed A new order m – 1 rational integrator with an inhomogeneuous constant
title_short A new order m – 1 rational integrator with an inhomogeneuous constant
title_sort new order m 1 rational integrator with an inhomogeneuous constant
topic Rational integrator
Stiff
Singular and oscillatory problems
Stability function and region of absolute stability (RAS)
AMS (2020) Subject Classification: 65L03, 65L10
url http://www.sciencedirect.com/science/article/pii/S2468227623000133
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