This work concerns the behavioral study of a structural member continuously supported by a two-parameter elastic subgrade and traversed by uniform partially distributed moving masses. The governing equation is a fourth ...

This study investigates the combined in uence of nonlinear thermal radiation, thermal- di usion and di usion-thermo on the dynamics of steady boundary layer ow. The ra- diative heat ux in the energy equation is ...

This work is based on the derivation of a class of hybrid methods for the solution of rst order initial value problems (IVPs) in block method. The research makes use of Power series as the basis function. This is achieved ...

This work is based on the derivation of four-step block hybrid methods for the solution of second order initial value problems (IVPs) in block mode. Power series was used as the basis function. Techniques of collocation ...

The axial force influence on the response to a distributed moving loads of Timoshenko beam type resting on bi-parametric foundation of the Vlasov type is investigated in this thesis.The problem is governed by simultaneous ...

The study of hybrid nanoparticles continues to receive attention from researchers because of its significance and relevance to the industries especially in the manufac ture of hybrid-powered engines. Although, the most ...

The effects of thermal radiation on a boundary layer viscous fluid flowing through a wedge are studied. The compressible boundary layers equations are transformed by stewartson transformation, the resulting partial ...

This study examined the problem of some thermo-physical properties on free convective heat and mass transfer flow over a vertical plate. The resulting governing partial differential equations were transformed to nonlinear ...

In this work, Taylor series approach is employed to develop Linear Multistep Methods (LMM) for the solution of third and fourth order ordinary differential equations (ODES). In order to cater for the predictors, Taylor ...