This paper aims to numerically simulate the flow field for wedge, cone, and ogives. Usually,
wedge shapes are used as a stabilizing surface for supersonic projectiles like rockets …

This paper aims to estimate the surface pressure of a wedge at hypersonic Mach numbers at
a considerable angle of incidence. The Ghosh similitude, corresponding strip theory, and …

The complex fluid-dynamic instabilities and shock waves occurring along the surface of a
two-dimensional wedge at high values of the Mach number are studied here through …

In the present study, the prime attention is to numerically simulate the surface pressure
distribution over the slant length of the cone at the various Mach numbers and for the …

Supersonic projectiles like rockets, missiles, or aircraft find various applications in the field of
defense. The shape of the wings is mainly designed as wedge shape or delta wings for …

Wet steam flow produces big water droplets in the low-pressure zone of a steam turbine
blade. These droplets clash with subsequent blades, resulting in a strong impact that is …

Many electronic gadgets now require more power as a result of technological
advancements, and to prolong their lifespan, they must all be kept thermally stable. To …

An experimental study is presented in this paper to evaluate the enhancement of heat
transfer characteristics. This includes the study of a steady air jet impinging on a planar …

In various fields, including rockets, turbines, and engines, the critical role played by nozzles
in achieving optimal performance is underscored. Within the domain of rocketry, particular …

The aerodynamic drag for speed skating helmets with surface structures was investigated in
this work by using numerical and experimental methods. Computational fluid dynamic (CFD) …