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Issue Date	Title	Author(s)
2022-07	EFFECTS OF MHD FREE CONVECTIVE HEAT AND MASS TRANSPORT FLOW PAST AN INFINITE PLATE WITH VISCOUS ENERGY DISSIPATION	Ugwu, Ugochukwu Clement; Cole, A. T.; Faruk, A. I.; Adedayo, O. A.; Asonibare, F. I.; Fadepo, J. T.
2022-06	MODELING MAGNETOHYDRODYNAMICS FLOW OF CONTINUOUS DUSTY PARTICLES IN A NON-NEWTONIAN DARCY FLUID BETWEEN PARALLEL PLATES	Ugwu, Ugochukwu Clement; Olayiwola, R. O.; Adedayo, O. A.; Enefu, P. A.; Akintaro, T. J.; Zhiri, A. B
2021-03	METHOD OF LINES ANALYSIS OF MHD EFFECT ON CONVECTVE FLOW OF DUSTY FLUID IN THE PRESENCE OF VISCOUS ENERGY DISSIPATION	Ugwu, Ugochukwu Clement; Cole, A. T.; Olayiwola, R. O.; Kazeem, J. A.
2021-09	EFFECTS OF HALL CURRENT ON TRANSIENT MHD NATURAL CONVECTION FLOW IN A VERTICAL MICROCHANNEL	Enefu, P. A.; Mohammed, A. A.; Olayiwola, R. O.; Ugwu, Ugochukwu Clement; Oyubu, J. P.
2021-06	ANALYSIS OF MAGNETOHYDRODYNAMICS EFFECTS ON CONVECTIVE FLOW OF DUSTY VISCOUS FLUID	Ugwu, Ugochukwu Clement; Cole, A. T.; Olayiwola, R. O.
2016	Effects of Pollutants and Atmospheric Temperature Rise on Agriculture	AIYESIMI, Y. M.; SALIHU, NASIRU OMEIZA
2022	Mixed Convective Mmagnetohydrodynamics Micropolar Boundary Layer Flow Past a Stretching Sheet with Heat Generation	YUSUF, A.; ISHAQ, M. A.; SALIHU, NASIRU OMEIZA; SALISU, A.; BOLARIN, G.
2021	MATHEMATICAL MODELING OF BLOOD FLOW IN THE STENOSED ARTERY	SALIHU, NASIRU OMEIZA
2015-11	A Mathematical Model of a Yellow Fever Dynamics with Vaccination	Oguntolu, F. A.; Akinwande, N. I.; Somma, S. A.; Eguda, F. Y.; Ashezua, T. T.
2018	Multi-step Homotopy Analysis Method for Solving Malaria Model	Peter, O. J.; Adebisi, A. F.; Oguntolu, F. A.; Bitrus, S.; Akpan, C. E.
2019-06	Optimal Intervention Strategies for Transmission Dynamics of Cholera Disease	Peter, O. J.; Ayoade, A. A.; Ayoola, T. A.; Oguntolu, F. A.; Amadiegwu, S.; Abioye, A. I.
2020-10	Modelling and optimal control analysis of Lassa fever disease	Peter, O. J.; Abioye, A. I.; Oguntolu, F. A.; Owolabi, T. A.; Ajisoped, M. O.; Zakari, A. G.; Shaba, T. G.
2020-06	Global Stability Analysis of Typhoid Fever Model	Peter, O. J.; Adebisi, A. F.; Ajisope, M. O.; Ajibade, F. O.; Abioye, A. I.; Oguntolu, F. A.
2021-05	Mathematical model of COVID-19 in Nigeria with optimal control	Abioye, A. I.; Peter, O. J.; Ogunseye, H. A.; Oguntolu, F. A.; Oshinubi, K.; Ibrahim, A. A.; Khan, I.
2021-07	MODELLING AND OPTIMAL CONTROL ANALYSIS OF TYPHOID FEVER	Ayoola, T. A.; Edogbanya, H. O.; Peter, O. J.; Oguntolu, F. A.; Oshinubi, K.; Olaosebikan, M. L.
2015-02	A Mathematical Study of HIV Transmission Dynamics with Counselling and Antiretroviral Therapy	Oguntolu, F. A.; Olayiwola, R. O.; Bello, A. O.
2020-10	Stability and optimal control analysis of an SCIR epidemic model	Peter, O. J.; Viriyapong, R.; Oguntolu, F. A.; yosyingyong, P.; Edogbanya, H. O.; Ajisope, M. O.
2021-07	Fractional order of pneumococcal pneumonia infection model with Caputo Fabrizio operator	Peter, O. J.; Yusuf, A; Oshinubi, K.; Oguntolu, F. A.; Lawal, J. O.; Abioye, A. I.; Ayoola, T. A.
2022	FORMULATION OF 𝒌 −STEP ORDER 𝟐𝒌 FUZZY-STRUCTURED BLOCK HYBRID BACKWARD DIFFERENTIATION FORMULAE ALGORITHMS FOR THE APPROXIMATE SOLUTION OF FUZZY DIFFERENTIAL EQUATIONS	MOHAMMED, U.; USMAN, A. M.; SALIHU, NASIRU OMEIZA; MA’ALI, A. I.; AKINTUBOBO, B. G.
2022	Mixed Convective Mmagnetohydrodynamics Micropolar Boundary Layer Flow Past a Stretching Sheet with Heat Generation 1Yusuf, A., 1 Ishaq, M. A., 1Salihu, N. O., 2Salisu, A. and 1Bolarin, G. 1Department of Mathematics, Federal University of Technology, Minna, Niger State, Nigeria 2Department of Computer Science, Niger State Polytechnic, Zungeru, Niger State, Nigeria ABSTRACT The problem of mixed convective magnetohydrodynamics micropolar boundary layer past a stretching sheet with heat generation was presented in rectangular form. The partial differential equations formulated are transformed into nonlinear ordinary differential equations using the stream functions and appropriate similarity variables. The solution to the nonlinear coupled ordinary differential equations is presented via decomposition method. The results are validated with the literatures and there is an agreement. The effects of dimensionless physical parameters which occur in the presented results are graphically studied in the absence of microstructural slip. The micro rotation is found to be a reducing agent of thermal and mass Grashof numbers while the fluid is an increasing agent due to the increase in the temperature which resulted in reduction of the viscousity.	YUSUF, A.; ISHAQ, M. A.; SALIHU, NASIRU OMEIZA; SALISU, A.; BOLARIN, G.