Computational Hypersonics and Nonequilibrium Laboratory
Overview
The Computational Hypersonics and Nonequilibrium Laboratory (CHANL) is directed by Prof. Kyle Hanquist. CHANL is active in the development and application of physical models and computational methods for simulation of complex phenomena such as nonequilibrium and reactive flows experienced during hypersonic flight. Follow these links to learn more about our research, team members, publications, and lab news.
We are looking forward to working with students, undergraduate or graduate, and researchers (postdocs, visitors) who are excited to work on multidisciplinary problems from both physics and engineering perspectives. Availability changes frequently according to project needs and funding; however, we are always ready to meet outstanding candidates from all fields and areas of expertise. See our Contact page for more information.
Spatial distribution of the translational temperatures for the Mars Science Laboratory (MSL) for the mixture of CO2 and N2 at Mach 5 using the SPARTA DSMC software.
SWBLIs over a double cone along with the spatial distribution of pressure (Pa) and surface heating values (W/m^2).
Spatial distribution of spanwise velocity (m/s) under the influence of Görtler-type vortices at three different x-constant planes of 0.035, 0.05, and 0.064 m along with the density gradient magnitude (kg/m^4) in grayscale for the freestream pressure of 98 Pa at Mach 7.1 at 0.1 ms.
Spatial distribution of the surface heating values (W/m^2) along with surface streamlines (white) and shock structures constructed based on density gradient magnitude (kg/m^4) in grayscale.
Research and Publications
Featured News
