Speaker
John Cary
(University of Colorado Boulder)
Description
A new, rapidly converging cavity optimization tool is presented that uses adjoint methods. The tool is able to work with any cavity solver that can output and input the results of cut-cell meshing of a cavity. Because it is an adjoint method, one needs only a single forward solve for each iteration in the process of convergence. One also needs a backward solve for each optimization target or constraint. Being a derivative based optimization, it converges rapidly. Results for cavity optimization will be shown.
| Region represented | North America |
|---|---|
| Paper preparation format | Word |
Author
John Cary
(University of Colorado Boulder)
Co-authors
Gregory Werner
(University of Colorado Boulder)
Ilya Zilberter
(Tech-X Corporation (United States))
Jarrod Leddy
(Tech-X Corporation (United States))
John Sembower
(Tech-X Corporation (United States))
Luke Adams
(University of Colorado Boulder)
