Abstract Effect of stacking fault energy (SFE) on microstructural and crystallographic aspect
of high-velocity deformation of FCC metals (Ni, Cu, and austenitic stainless steel) via blast …

High strain rate deformation and shock-wave-assisted processes find applicability in a
variety of applications including material processing. Design of a processing unit utilizing …

A hypersonic shock tunnel is a primary tool used for basic experimental research and may
be used in engineering and university courses to study compressible flows involving shock …

Shock waves have been used for medical, biological and industrial applications. In this
paper design, frication and calibration of a low cost mini shock tube is presented …

The shock/blast waves generated due to explosions cause wide spread damage to the
objects in its path. Different techniques have been used to attenuate shock wave over …

Nanofluids are fluids with nanoparticles dispersed in them. Due to the presence of Nano
particles, these fluids exhibit unique properties that can used in various applications such as …

Machining of the material by milling induces forces, which act on the work piece material,
tool and which in turn act on the machining tool. The forces involved in milling process can …

We present a novel intradermal needle-free drug delivery device which exploits the
unsteady high-speed flow produced by a miniature shock tube to entrain drug or vaccine …

Intradermal powder injection is an emerging technology for the needlefree delivery of a
potentially wide array of drugs and vaccines. Although needle injection of liquids is …

Abstract Analysis of hypersonic flows associated with re-entry vehicles has gained a lot of
significance due to the advancements in Aerospace Engineering. An area that is studied …