• DYNAMIC IMPACT FACTOR OF ACCELERATING MASSES ON PRESTRESSED TAPERED BEAM RESTING ON ELASTIC SUBGRADE WITH STIFFNESS VARIATION 

  NURUDEEN, AOLAT OYIN (Fed University of Technology Akure, 2021-11)

  This study assesses the dynamic impact factor of an accelerating masses on a prestressed tapered beam resting on two parameter elastic subgrade with stiffness variation under the action of accelerating masses. The governing ...
• A CLASS OF HYBRID BLOCK METHODS FOR SOLVING GENERAL FOURTH ORDER ORDINARY DIFFERENTIAL EQUATIONS OF INITIAL VALUE PROBLEMS 

  AYENI, BOLUWAJI FRANCIS (Fed University of Technology Akure, 2021-11)

  This work considers the derivation of two implicit hybrid linear multistep methods for the direct solution of fourth order initial value problems of ordinary di erential equations. The techniques of collocation ...
• APPLICATION OF THIRD DERIVATIVE BLOCK METHODS FOR THE SOLUTION OF HYPERBOLIC PARTIAL DIFFERENTIAL EQUATIONS 

  ALLEN, OYEBOLA FUNKE (Fed University of Technology Akure, 2021-12)

  In this work, three scheme were developed, analyzed and applied to solve two dimensional hyperbolic Partial Di erential Equations (PDEs). The derivations were achieved by using collocation and interpolation techineques. ...
• HYDROMAGNETIC MAXWELL NANOPARTICLES FLUID FLOW ON A STRETCHING SURFACE WITH RADIATION, CHEMICAL REACTION AND NAVIER SLIP CONDITION 

  OLADIPUPO, VICTOR AYODEJI (FEDERAL UNIVERSITY OF TECHNOLOGY, AKURE, 2021-09)

  The analysis of nanofluids in solar thermal system is very interesting because it has important en- gineering applications in solar collectors. Beside these, the boundary layer flows of non-Newtonian fluids have been ...
• ROTATORY INERTIA INFLUENCE ON THE RESPONSE TO VARIABLE-MAGNITUDE MOVING LOADS OF RAYLEIGH BEAM RESTING ON PASTERNAK FOUNDATION 

  FOLORUNSO, TOPE DENNIS (FEDERAL UNIVERSITY OF TECHNOLOGY, AKURE, 2021-11)

  The problem of evaluating the Rotatory inertia influence on the response to variable- magnitude moving loads of Rayleigh Beam resting on Pasternak foundation is investigated in this research. The problem is governed by ...
• EFFECTS OF VARIABLE VISCOSITY AND CONVECTIVE HEATING ON MHD NANOFLUID FLOW CONTAINING GYROTACTIC MICROORGANISMS WITH NAVIER SLIP 

  FAMAKINWA, OLUWASOLA ADEGBAMIGBE (FEDERAL UNIVERSITY OF TECHNOLOGY, AKURE, 2021-09)

  The problem of temperature-varying properties of fluid is more complex than that of con- stant properties. The different property ratio correlations of different fluids increase the complexity of the variable-temperature ...
• IMPLICIT METHODS FOR SOLUTION OF STOCHASTIC DIFFERENTIAL EQUATIONS WITH APPLICATION TO BLACK- SCHOLES MERTON OPTION PRICE MODEL 

  AUGUSTINE, AGNES CHINEDU (FEDERAL UNIVERSITY OF TECHNOLOGY, AKURE, 2021-09)

  This research examined the solutions of linear stochastic differential equations using im- plicit methods. The implicit methods developed include; Drift-Implicit Euler-Maruyama Method (DIEMM), Drift-Implicit Milstein ...
• SELF-STARTING BLOCK METHODS FOR SOLVING INITIAL VALUE PROBLEMS OF THIRD ORDER ORDINARY DIFFERENTIAL EQUATIONS 

  ADEUSI, EUNICE KEHINDE (FEDERAL UNIVERSITY OF TECHNOLOGY, AKURE, 2021-09)

  This work centers on the development, analysis and implementation of 3-step, 4-step, and 5-step block methods for solving third order initial value problems of ordinary differential equations. The derivation is achieved ...
• BLOCK NUMERICAL INTEGRATION FORMULAE FOR SOLVING FOURTH ORDER INITIAL VALUE PROBLEMS OF ORDINARY DIFFERENTIAL EQUATIONS 

  ADESOBA, ADEFOLARIN SAMSON (FEDERAL UNIVERSITY OF TECHNOLOGY, AKURE, 2021-09)

  This dissertation focuses on the derivation, analysis and implementation of four-step, five-step, and six-step block numerical integration formulae for solving fourth order initial value problems of ordinary differential ...
• DYNAMIC BEHAVIOURS UNDER MOVING DISTRIBUTED MASSES OF ORTHOTROPIC RECTANGULAR PLATES RESTING ON ELASTIC BI-PARAMETRIC FOUNDATION 

  ADEOYE, ADEBOLA SAMUEL (Federal University Of Technology, Akure., 2021-11)

  The dynamic behaviour under moving distributed masses of orthotropic rectangular plates resting on bi-parametric elastic foundation is investigated in this dissertation. The problem is investigated for both cases of ...
• A CLASS OF CONTINUOUS TRIGONOMETRICALLY-FITTED METHODS FOR SOLVING SECOND ORDER OSCILLATORY ORDINARY DIFFERENTIAL EQUATIONS 

  ADEGBORO, OLUWASEMIRE JOHN (Federal University Of Technology, Akure., 2021-10)

  In this work, a class of Continuous Trigonometrically-Fitted Methods (CTFMs) for the solution of second order oscillatory Ordinary Differential Equations (ODEs) is considered. To develop the CTFMs, the assumed approximate ...
• THIRD-DERIVATIVE BLOCK METHODS FOR DIRECT SOLUTION OF SECOND ORDER BOUNDARY VALUE PROBLEMS 

  TEMIYEMI, BABATUNDE (Federal University of Technology, Akure, 2021-07)

  In this research, third derivative continuous block methods for direct solution of second order boundary value problems of ordinary differential equations (ODEs) with Neumann, Dirichlet and Robin boundary conditions are ...
• A CLASS OF OBRECKHOFF-TYPE METHOD FOR SOLVING SECOND ORDER BOUNDARY VALUE PROBLEMS 

  AKINWUMI, TAIWO ENIOLA (Federal University of Technology, Akure, 2021-07)

  This work present a class of Obreckhoff-type methods for solving second order Boundary Value Problems (BVPs) with Neuwman and Dirichlet boundary conditions.This is achieved through collocation and interpolation techniques ...
• HYBRID BLOCK METHODS FOR DIRECT SOLUTION OF THIRD ORDER INITIAL VALUE PROBLEMS OF ORDINARY DIFFERENTIAL EQUATIONS. 

  OREEWI, Kikelomo (Federal University of Technology, Akure, 2016-09)

  This research work centres on derivation of linear multistep methods for direct solution of third order ordinary differential equations. Method of collocation and interpolation are adopted to derive the methods. Continuous ...
• 4-STEP HYBRID METHODS FOR SOLVING SECOND ORDER INITIAL VALUE ORDINARY DIFFERENTIAL EQUATIONS 

  Areo, , Feyisara Olusola (Federal University of Technology, Akure, 2020-01)

  In this research, 4-step hybrid methods for solving second order initial value ordinary differential equations are developed with the use of Chebychev polynomial of first kind as the basis function. The approach is based ...
• DYNAMIC RESPONSE TO MOVING CONCENTRATED MASS OF HIGHLY PRESTRESSED ORTHOTROPIC RECTANGULAR PLATE-STRUCTURE 

  TOLORUNSHAGBA, JIMOH MIKE (FEDERAL UNIVERSITY OF TECHNOLOGY, AKURE, 2020-03)

  In this work, the dynamic response to concentrated moving mass of highly prestressed or- thotropic rectangular plate-structure is examined. When the ratio of the bending rigidity to the in-plane loading is small, a small ...
• IMPLICIT HYBRID BLOCK METHODS FOR THE NUMERICAL SOLUTION OF INITIAL VALUE PROBLEMS OF THIRD ORDER ORDINARY DIFFERENTIAL EQUATIONS 

  BOLAJI, SAMSON BOLARINWA (FEDERAL UNIVERSITY OF TECHNOLOGY, AKURE, 2012-12)

  Algorithms of direct solution of initial value problems of special and general third order differential equations were developed in this thesis. The hybrid methods were derived based on the approach of collocation of the ...
• 4-STEP HYBRID METHODS FOR SOLVING SECOND ORDER INITIAL VALUE ORDINARY DIFFERENTIAL EQUATIONS 

  Areo, Feyisara Olusola (FEDERAL UNIVERSITY OF TECHNOLOGY, AKURE, 2020-01)

  In this research, 4-step hybrid methods for solving second order initial value ordinary differential equations are developed with the use of Chebychev polynomial of first kind as the basis function. The approach is based ...
• COMPARATIVE ANALYSIS BETWEEN THE FLOW OF TANGENT HYPERBOLIC AND CASSON FLUIDS OVER A HORIZONTAL CYLINDER 

  ADEAGBO, Emmanuel Adebosoye (FEDERAL UNIVERSITY OF TECHNOLOGY, AKURE, 2020-02)

  The problem of comparing the dynamics of non-Newtonian fluids that suits the characteristics of tangent hyperbolic and Casson fluid flow over a horizontal cylinder is an open problem in the literature. The governing ...
• EFFECTS OF MELTING HEAT TRANSFER AND INDUCED-MAGNETIC FIELD ON THE MICROPOLAR FLUID FLOW TOWARDS STAGNATION POINT 

  BAMISAYE, MAYOWA EMMANUEL (FEDERAL UNIVERSITY OF TECHNOLOGY, AKURE, 2017-04)

  The effects of melting heat transfer and induced-magnetic field on micropolar fluid with variable properties towards stagnation point is carried out. The viscosity and thermal conductivity of micropolar fluid are considered ...

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