In this paper, self starting hybrid block method of order is proposed for the solution of
general second order initial value problem of the form directly without reducing it to first …

This paper focuses on derivation of a uniform order 8 implicit block method for the direct
solution of general second order differential equations through continuous coefficients of …

In this paper, we derived a Four-Step hybrid block method for the solution of general first
order Initial Value Problem (IVP) in Ordinary Differential Equations (ODEs) by collocation …

Multistep Block Methods was developed using Legendre Polynomial as the basic functions
and reconstructed to its equivalent Runge–Kutta type Methods. The implicit block method at …

In this paper, we derive some new k-step hybrid block methods (HBM) for the solution of first-
order non-stiff initial value problems (IVPs) of ordinary differential equations (ODEs). A …

In this research, implicit discrete schemes which form our block integrators were developed
for solving Initial Valued Problems of Ordinary Differential Equations. The equivalent second …

Traditionally, the error and order constant of block linear multistep methods were analyzed
by examining each block members separately. This paper proposes a block-by-block …

In this research work, we are concerned with the construction and implementation of block
hybrid methods for solving ordinary differential equations using power series. We equally …