[HTML][HTML] Implicit three-point block numerical algorithm for solving third order initial value problem directly with applications
R Allogmany, F Ismail - Mathematics, 2020 - mdpi.com
Recently, direct methods that involve higher derivatives to numerically approximate higher
order initial value problems (IVPs) have been explored, which aim to construct numerical …
order initial value problems (IVPs) have been explored, which aim to construct numerical …
[PDF][PDF] Efficient Frequency-Dependent Coefficients of Explicit Improved Two-Derivative Runge-Kutta Type Methods for Solving Third-Order IVPs.
This study aims to propose sixth-order two-derivative improved Runge-Kutta type methods
adopted with exponentially-fitting and trigonometrically-fitting techniques for integrating a …
adopted with exponentially-fitting and trigonometrically-fitting techniques for integrating a …
Efficient Embedded Diagonal Implicit Runge-Kutta Method for Directly Solving Third Order ODEs
FA Fawzi, HM Globe… - Ibn AL-Haitham Journal …, 2024 - jih.uobaghdad.edu.iq
This paper presents two important contributions to the field of numerical analysis for third-
order ordinary differential equations (ODEs). First, a new class of direct implicit Runge-Kutta …
order ordinary differential equations (ODEs). First, a new class of direct implicit Runge-Kutta …
Error Analysis Using Three and Four Stage Eighth Order Embedded Runge-Kutta Method for Sixth Order Ordinary Differential Equation vvi (u)= f (u, v, v', v'', v''', viv)
The present paper aims at providing an insight to embedded Runge-Kutta sixth order
(RKSD) ordinary differential equation method for solving the initial value problem of order six …
(RKSD) ordinary differential equation method for solving the initial value problem of order six …
Three-step Four-point Optimized Hybrid Block Method for Direct Solution of General Third Order Differential Equations
FO Obarhua - Asian Research Journal of Mathematics, 2023 - journal.repositoryarticle.com
This research work considers derivation of three step four point optimized hybrid block
method for solving general third order differential equations (odes) without reduction to …
method for solving general third order differential equations (odes) without reduction to …
An optimized single-step method for integrating Cauchy problems
Z Memon - Punjab University Journal of Mathematics, 2020 - journals.pu.edu.pk
This work involves development of an optimum third ordersingle-step explicit method for
Cauchy problems. The proposed methodis analyzed for consistency, stability, local and …
Cauchy problems. The proposed methodis analyzed for consistency, stability, local and …
A Robust Block Unification of Multi-Step Methods for the Solution of Boundary Layer Flow
H Abdullah, U Mohammed, MD Shehu - 2022 - repository.futminna.edu.ng
A numerical method is proposed in this paper to directly solve third order boundary value
problems that could be coupled with second order boundary value problem (s). The …
problems that could be coupled with second order boundary value problem (s). The …
PERTANIKA JOURNAL OF SCIENCE AND TECHNOLOGY
This study aims to propose sixth-order two-derivative improved Runge-Kutta type methods
adopted with exponentially-fitting and trigonometrically-fitting techniques for integrating a …
adopted with exponentially-fitting and trigonometrically-fitting techniques for integrating a …
Boundary Value Technique for the Solution of Special Third Order Boundary Value Problems in Ordinary Differential Equations (ODEs)
U Mohammed, H Abdullah, AA Abdullahi, M Semenov - 2019 - repository.futminna.edu.ng
We develop a class of continuous modified multistep methods (CMMMs) which were use as
boundary value methods for the numerical integration of special third order boundary value …
boundary value methods for the numerical integration of special third order boundary value …
Block Unification of Multi-Step Methods for the Solution of Boundary Layer Flow
H Abdullah, U Mohammed, MD Shehu - 2019 - repository.futminna.edu.ng
We develop a class of block unification multi-step method (BUMM) which are used as
boundary value methods for the numerical integration of third order boundary value …
boundary value methods for the numerical integration of third order boundary value …