In this research we developed implicit block methods which make used of the first and second derivatives of the problems.The aim is to give a more accurate as well as faster numerical results for solving first order ordinary differential equations.The methods are then used to solve a set of first order initial value problems.Numerical results clearly show that the new proposed methods performed better than other well-known existing methods in solving the set of test problems
This paper describes the development of a four-point fully implicit block method for solving first o...
The purpose of this paper is to present a four point direct block one-step method for solving direct...
A new six-step block method for solving second order initial value problems of ordinary differential...
Traditionally, higher order ordinary differential equations (ODEs) are solved by reducing them to a...
A new one-step block method with generalized three hybrid points for solving initial value problems ...
This paper focused mainly on deriving explicit and implicit 3-point block methods of constant step s...
Abstract- A one-step implicit hybrid block solution method for initial value problems of general sec...
In this paper two-point implicit and explicit block multistep methods have been derived for solving ...
Traditionally, higher order ordinary differential equations (ODEs) are solved by reducing them to a...
The block hybrid-like method is presented and implemented in predictor-corrector mode to solve syste...
This article considers the derivation and comparison of block methods with various step-lengths for ...
This study aims to construct an implicit block method with three-point to tackle general second-orde...
In this paper, a new second derivative multistep method was constructed to solve first order ordinar...
Ordinary differential equations are commonly used for mathematical modeling in many diverse fields s...
Ordinary differential equations are commonly used for mathematical modeling in many diverse fields s...
This paper describes the development of a four-point fully implicit block method for solving first o...
The purpose of this paper is to present a four point direct block one-step method for solving direct...
A new six-step block method for solving second order initial value problems of ordinary differential...
Traditionally, higher order ordinary differential equations (ODEs) are solved by reducing them to a...
A new one-step block method with generalized three hybrid points for solving initial value problems ...
This paper focused mainly on deriving explicit and implicit 3-point block methods of constant step s...
Abstract- A one-step implicit hybrid block solution method for initial value problems of general sec...
In this paper two-point implicit and explicit block multistep methods have been derived for solving ...
Traditionally, higher order ordinary differential equations (ODEs) are solved by reducing them to a...
The block hybrid-like method is presented and implemented in predictor-corrector mode to solve syste...
This article considers the derivation and comparison of block methods with various step-lengths for ...
This study aims to construct an implicit block method with three-point to tackle general second-orde...
In this paper, a new second derivative multistep method was constructed to solve first order ordinar...
Ordinary differential equations are commonly used for mathematical modeling in many diverse fields s...
Ordinary differential equations are commonly used for mathematical modeling in many diverse fields s...
This paper describes the development of a four-point fully implicit block method for solving first o...
The purpose of this paper is to present a four point direct block one-step method for solving direct...
A new six-step block method for solving second order initial value problems of ordinary differential...