Contact Information





Adaptive Mesh Refinement

Detonation/Wedge Interaction

DNS of Detonation/Turbulence Interaction

Pulsed Detonation Engines

Continuous Detonation Engines

Detonation Driven, Linear Electric Power Generation

High Frequency, Fluidic Valve Fuel Injector for Detonation-Based Engines

UT LSAMP Projects

NCCC Method for LabVIEW

Supersonic Wind Tunnel Control

Portable Color Schlieren System

Micro Vortex Generators



About the ARC

Supersonic Wind Tunnel Control
As part of a large overall project to repair and upgrade the UT Arlington supersonic wind tunnel, a new program was created to maintain a constant stagnation pressure in the plenum chamber upstream of the test section. The program was written in a LabVIEW environment, and can be applied to other wind tunnels with very few changes having to be made. The details behind this PI control program and its corresponding simulation program are shown in AIAA paper 2008-852. The simulation and a basic version of the program are available for download below. It is essential to thoroughly read the AIAA paper to understand how to use the simulation program properly to determine suitable PI control values. A more accurate program will be completed soon.
Simulation: download
LabVIEW Control Program: download
Experimental versus simulated wind tunnel control for Mach 1.5 test run (video)
Simulation test conditions for Mach 2.5 blowdown run at maximum tank pressure
The program interface