The drag and heat reduction problem of hypersonic vehicles has always attracted the
attention worldwide, and the experimental test approach is the basis of theoretical analysis …

A semicircular grooved cavity is designed for controlling the base pressure and hence the
base drag in case of a backward facing step. This paper presents the effect of the continuous …

View Video Presentation: https://doi. org/10.2514/6.2021-3529. vid Direct gas injection in the
shocked or compressed region has importance in many applications from drag control to …

For a reusable space vehicle or a missile, the shape of the nose cone has a significant effect
on the drag of the vehicle. In this paper, the concept of morphing nose cone is proposed to …

The zone of influence and the positive pressure field over the nose, for a blunt-nosed body,
with and without spike, were measured by direct means. Flow past the body, with and …

Breathing blunt nose technique is one of the promising methods for reducing the drag of
blunt-nosed body at hypersonic speeds. The air, traversed by the bow shock positioned …

The blunt nose shapes have great influence on drag of moving object in hypersonic flow-
field because of detached bow-shock formation in front of the body. For the same reference …

Drag reduction geometries is one of the burning issues in the present aerodynamics on
which vast range of work is going on. Generally drag is the force exerted by the medium on …

Large drag encountered by a blunt-nosed body, flying at a hypersonic speed, is primarily
due to the high-pressure zone caused by the detached shock at the nose of the body. Spike …

The design of a vehicle flying at supersonic and hypersonic velocities plays a crucial role in
the performance and efficiency of the vehicle, because at these velocities there will be shock …