GT-AE tradition in which select undergraduates and graduate students present their research before their peers and mentors.
The Daniel Guggenheim School of Aerospace Engineering
is proud to present the
Brown Bag Lecture Series
Friday, September 18
12:30 - 1:30 (EDT)
Jessica Jourden will present
"Finite Element Model Characterization of a Regeneratively Cooled Nozzle"
Regeneratively cooled nozzles often circulate cryogenic compressed fuel through a nozzle composed of hundreds of tubes. This process cools and helps maintain the strength of the metal components during rocket engine operation. Engine designers use a simplified engine system finite element model to determine loads for component design. A two-dimensional shell mesh can be used for the nozzle in this load analysis model. Beam theory can be leveraged to compute approximate orthotropic material properties such that the shell elements will exhibit the same behavior as the nozzle tubes. A “truth model” can be made using cyclic symmetry. The mode shapes and frequencies of the shell model can be tuned to this truth model using Attune by adjusting the shell orthotropic material properties.
P.S. Are you ready for Career Week 2020?
Visit the AE Virtual Career Week page to find out what's going on Sept. 21-24