D. I. Yakoko’s scientific contributions

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Publications (1)


Fig. 3.1. Stability Region for quarter step block hybrid method and the RAS obtained is stable A  
2. Comparison of error for solving numerical example 4.2
An Accurate Implicit Quarter Step First Derivative Block Hybrid Method (AIQSFDBHM) for Solving Ordinary Differential Equations
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April 2019

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2 Citations

Asian Research Journal of Mathematics

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D. I. Yakoko

The new accurate implicit quarter step first derivative blocks hybrid method for solving ordinary differential equations have been proposed in this paper via interpolation and collocation method for the solution of stiff ODEs. The analysis of the method was study and it was found to be consistent, convergent, zero-stability, We further compute the region of absolute stability region and it was found to be Aα − stable . It is obvious that, the numerical experiments considered showed that the methods compete favorably with existing ones. Thus, the pair of numerical methods developed in this research is computationally reliable in solving first order initial value problems, as the results from numerical solutions of stiff ODEs shows that this method is superior and best to solve such problems as in tables and figures.

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Citations (1)


... Scholars have suggested various numerical methods to approximate initial value problems, spanning from discrete techniques (Lambert, 1973;Butcher, 2008;Fatunla, 1988), to methods employing prediction and correction (Kayode & Adeyeye, 2011;Adesanya et al., 2008;Awoyemi & Idowu, 2005) and subsequently, block techniques (Tumba et al., 2019;Sabo et al., 2019). Researchers have suggested various numerical techniques to solve equation (1.1), which can be categorized into single-step or multi-step methods. ...

Reference:

Analysis of convergence of block methods in simulating epidemic diseases
An Accurate Implicit Quarter Step First Derivative Block Hybrid Method (AIQSFDBHM) for Solving Ordinary Differential Equations

Asian Research Journal of Mathematics