The transport phenomenon involving a thorough mixture of a base fluid and any two different
types of nanoparticles (ie hybrid nanofluid) has attracted the attention of scientists to …

This paper demonstrates the feasibility of blowing and suction for flow control based on the
computational fluid dynamics (CFD) simulations at a low Reynolds number flows. The effects …

The present study is a revisit to Ludwig Prandtl's elimination of von Kármán vortex street
behind a circular cylinder by using steady suction in the boundary layer. We show in …

The numerical investigation of flow over a cylinder is conducted using the momentum
exchange-based immersed boundary-lattice Boltzmann method (IB-LBM). The cross-section …

The generation of hydro-mechanical resonance is related to the transition of the boundary
layer and the development of vortex shedding. The application effect of suction control in …

Boundary layer separation negatively influences the performance of aerospace vehicles, for
example, by triggering static stall or reducing combustion engine efficiency. Developing …

The conical diffuser is one of the oldest and most versatile hydraulic devices, however its
performance is often less than optimal. This is because boundary layer separation and …

Forced and mixed convection in 2-D, steady state, laminar flow and heat transfer around
sinusoidal corrugated circular cylinder are numerically studied. Finite Element of Galerkin …

Spin coating is an important method used to form a thin film in the microelectronics industry
where the thin-film coating is needed. It is a process in which the solution is spread evenly …

The motivation of the current study is to investigate the Magnus effect with numerical
simulations to answer fundamental questions in two different applications: baseball …