We investigate advanced internal cooling configurations, convective heat transfer, pressure loss, flow behavior, and thermal performance for gas-turbine engines and propulsion systems.
We develop and evaluate components manufactured using metal additive-manufacturing technologies, with emphasis on complex cooling geometries, manufacturability, dimensional accuracy, and performance.
We study the mechanical, thermal, and microstructural behavior of engineering materials under demanding operating conditions.
We use neutron diffraction, neutron imaging, computed tomography, and in-situ experiments to understand residual stress, thermal strain, internal features, and material response.
We combine convection experiments, flow visualization, temperature and pressure measurements, analytical modeling, uncertainty analysis, and computational methods to study thermal-management systems.