Welcome to the Palmore Research Group Webpage!
The Palmore Research Group develops high-fidelity numerical methods to study turbulent and multiphase flows. Our primary research focus is on how these fluid flows modify the efficacy gas turbine engines in aviation. We study topics including fuel combustion (spray dynamics) and foriegn object damage (particle motion and impact). In developing our numerical methods we rely heavily on massively parallel, high performance computing techniques to accelerate our code. As such, our work lies at the nexus of engineering, mathematics, and computer science.
A sample of current projects is listed on the Research page. A more comprehensive list of completed projects can be referenced from Google Scholar (scholar.google.com/citations?user=EGtd_noAAAAJ&hl=en)
There are currently no open opportunities for new graduate students or postdocs.
The Palmore Research Group develops high-fidelity numerical methods to study turbulent and multiphase flows. Our primary research focus is on how these fluid flows modify the efficacy gas turbine engines in aviation. We study topics including fuel combustion (spray dynamics) and foriegn object damage (particle motion and impact). In developing our numerical methods we rely heavily on massively parallel, high performance computing techniques to accelerate our code. As such, our work lies at the nexus of engineering, mathematics, and computer science.
A sample of current projects is listed on the Research page. A more comprehensive list of completed projects can be referenced from Google Scholar (scholar.google.com/citations?user=EGtd_noAAAAJ&hl=en)
There are currently no open opportunities for new graduate students or postdocs.
