Heat dissipation in electronic devices is highly essential to maintain the temperature within
safe limits and overcome the component failure. Ionic wind has emerged as one of the …

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 effects of using nature-inspired needle-shaped vortex generators (VGs) on the
aerodynamic features of a 65°/35° double-delta wing were investigated experimentally in a …

Taylor column phenomenon is a highly interesting flow-feature which is the result of Coriolis
and inertia forces and can play a crucial role in modulating heat transfer characteristics …

Flow separation is when the air flow gets detached from the surface of the object which was
travelling through the flow. Several studies are going on. In attempt to improve this airflow …

One of the factors significantly influencing the flow structures and vortices formed on delta
wings is the shape of the leading edge. This study examined the impact of needle vortex …

Over the years, a number of researchers have explored the possibilities of capturing the
fantastic Taylor column phenomena numerically. However, comprehensive satisfactory …

Abstract {tiThis study examines the effect of nature-inspired leading edge 3D serration on
the aerodynamic performance of a 65/35-degree double delta wing. Force measurement …

The interaction between self-sustaining dual jets and supersonic laminar boundary layer is
experimentally studied using the nanoparticle-based planar laser scattering in a Ma 2.95 …

This paper focuses on enhancing the critical thinking and problem solving skills of an
undergraduate Mechanical Engineering student. This is accomplished via an independent …