Welcome to the Combustion, Atomization, Multiphase, & Particulate Physics Research & Education (CAMP-PhyRE) Group page!
The CAMP-PhyRE Group focuses on better understanding the physics of turbulent multiphase fluid flows as well as the education of students in such flows. The group develops high-fidelity numerical methods to study turbulent multiphase flows with special emphasis on flows in aviation gas turbine engines. We study topics including fuel spray combustion and foreign object damage (particle motion and impact) in engines. We also study how to introduce these concepts into the undergraduate engineering curriculum. As such, our work lies at the nexus of engineering, mathematics, education, and computer science.
A comprehensive list of completed projects can be referenced from Google Scholar (scholar.google.com/citations?user=EGtd_noAAAAJ&hl=en).
The CAMP-PhyRE Group focuses on better understanding the physics of turbulent multiphase fluid flows as well as the education of students in such flows. The group develops high-fidelity numerical methods to study turbulent multiphase flows with special emphasis on flows in aviation gas turbine engines. We study topics including fuel spray combustion and foreign object damage (particle motion and impact) in engines. We also study how to introduce these concepts into the undergraduate engineering curriculum. As such, our work lies at the nexus of engineering, mathematics, education, and computer science.
A comprehensive list of completed projects can be referenced from Google Scholar (scholar.google.com/citations?user=EGtd_noAAAAJ&hl=en).
