Despite the current boost in the use of electric vehicles to reduce the automotive sector's
footprint, combustion vehicles are and will be present in our cities in both the immediate and …

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 …

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 …

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 …

In improving the efficiency of applications for flow over a blunt body like missiles and rockets,
passive and active control is used to increase the base pressure, hence reducing the base …

The primary focus of this study is to use numerical simulations to analyze the static
temperature and surface pressure distribution along the slant length of a cone at different …