Each noise problem is different. Let us help you get the analysis you need.
To find out if any of our noise prediction codes can be used for your application, please contact:
E. Brian Fite
L. Danielle Koch
Analysis
COMPUTATIONAL AEROACOUSTICS LABORATORY
To calculate the acoustic response of a cascade of 27 stator vanes excited by the wakes of an upstream rotor, the problem was split across 9 computers on one of the PC clusters in the Computational Aeroacoustics Laboratory. Parallel processing helps us solve complicated problems more quickly.
Divide and conquer: solving complicated problems faster
Sometimes two or three minds are better than one.
Likewise, when
we have a computational aeroacoustics problem, we turn
to our Computational Aeroacoustics Lab cluster where
over 100 cpu's have been combined to handle our largest
problems. With the power that only a few years ago
could only be found in a supercomputer, this cost effective
tool has demonstrated ten times the output per dollar
versus the traditional computer options and has allowed
us to run our high accuracy codes with short turn-around
times.
