Time-resolved quantitative visualization of complex flow field emanating from an open-ended shock tube by using wavefront measuring camera
Fluid Dynamics
2019-07-24 v2 Image and Video Processing
Instrumentation and Detectors
Abstract
Quantitative visualization of shock-induced complex flow field emanating from the open end of a miniaturized hand-driven shock tube (Reddy tube) is presented. During operation, the planar shock wave of Mach number Mi=1.3 is discharged through the low-pressure driven-section, kept open to ambient atmosphere. From the moment of shock discharge, its aftereffects of evolving flow field are recorded quantitatively for 300us near the exit of the tube by using our newly developed high resolution (16Mpixel) in-house developed wavefront measuring camera setup.
Cite
@article{arxiv.1805.02099,
title = {Time-resolved quantitative visualization of complex flow field emanating from an open-ended shock tube by using wavefront measuring camera},
author = {Biswajit Medhi and Gopalakrishna M. Hegde and Kalidevapura Jagannath Reddy and Debasish Roy and Ram Mohan Vasu},
journal= {arXiv preprint arXiv:1805.02099},
year = {2019}
}
Comments
12 pages, 7 figures