Employee Public Profile

Personal Information


Name:	Aminu Barde
Email	baminu@atbu.edu.ng
Gender	Male
Marital Status	-

Employment Information

Category	Academic
Rank	Lecturer I
Faculty	Science
Department	Mathematical Sciences
Position	-
Specialization	-

Research Information

ORCID ID	-
Total Google Scholar Citations	-
h-index	-
i10-index	-
Patents with Certificates	-

List of Publications

S/No.	Title
1	On the Uniqueness of Limit Cycle of Quadratic System
2	Enhanced Efficient Analytical Approach for Non-Linear System of DDEs
3	Representation and Stability of Solutions for Systems of Delay Differential Equations with Multiple Constant Delays
4	Fractional Mathematical Modelling of Ternary Nanofluid Flow Through an Inclined Artery
5	A Semi-Analytical Method for Nonlinear System of Delay Differential Equation via Modified He’s Polynomial,
6	A one-Step Modified New Iterative Method for Solving Partial Differential Equation,
7	Modification of Picard's Iterative Method for the Solution of Fractional Differential Equations,
8	Analytical Approximation of Integro Delay Differential Equation
9	Utilising Heart-Oriented Rhotrix Multiplication Method to Improve Communication Systems
10	On the Existence of Algebraic Limit Cycle of Quadratic System
11	On the Uniqueness of Limit Cycle of Quadratic Equation
12	Efficient Analytical Approach for Nonlinear System of Delay Differential Equations
13	Analytical Algorithm for Systems of Neutral Delay Differential Equations
14	Analytical Technique for Neutral Delay Differential Equations with Proportional and Constant Delays
15	Analytical Approximation Solution for Logistic Delay Differential Equation
16	He-Natural Homotopy Analysis Method for Solving Nonlinear Delay Differential Equations
17	On the analysis of buoyancy-driven hydromagnetic second grade fluid flows in the presence of suction and blowing
18	Numerical Study on the Influence of Thermophores and Magnetic Field on the Boundary Layer Flow Over a Moving Surface in a Nano fluid
19	Numerical Approach for Convective Magneto hydrodynamic (Mhd) Nano fluid Flow with Impermeable Stretching Surface
20	Analytical Approximation for Spread of an SIRS Model
21	Electron Magnetohydrodynamic (EMHD) Nanofluid flow with Triple Effects of Chemical Reaction, Dufour Diffusivity and Impermeability of the Surface Along a Slandering Stretching Sheet
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