Abstract:
The main aim of the thesis is to analysis the nanofluid flow due to trapping along porous annulus with cilia in the presence of thermal radiation effects. The structure of the thesis consist of five chapters that includes review work and the extension. In the first Chapter introduction and literature work is discussed. In chapter two, basic definitions and fundamental laws which are used for mathematical modelling are defined. Chapter three contains the review work done by S. Nadeem and H. Sadaf [17]. For representation of solution graphs are also drawn in this chapter. Chapter four is extension of review work, by adding porous media for annulus and thermal radiation effects. Cylindrical coordinates have selected for mathematical formulation of the flow problem. This formulation consist of continuity equation, momentum equation and energy equation. Exact solutions are obtained and compared with numerical solution. A detailed analysis of model is presented through graphs. These graphs are constructed for different physical parameters. Chapter five contains the conclusion of review and extension work.
