Regular biography
Ph.D. Chris Douglas is an Assistant Professor in the Thomas Lord Department of Mechanical Engineering and Materials Science at Duke University. His research focuses on thermo-fluid mechanics and nonlinear dynamics, with an emphasis on developing theoretical and numerical methods to analyze complex systems where fluid motion interacts with thermal, chemical, acoustic, elastic, and other physical effects. His work addresses applications in propulsion, energy systems, and medical procedures. Douglas holds a B.S. from Bradley University and a Ph.D. from the Georgia Institute of Technology. He teaches courses such as ME 591 and ME 392, and his research includes energy conversion, pollutant emissions, and alternative energy carriers like hydrogen and ammonia.
Scholar-generated biography
Christopher M Douglas is a researcher at Duke University specializing in Thermo-fluid mechanics, Nonlinear dynamics, and Energy conversion. His work focuses on the dynamics of swirling jets, flame instabilities, and emissions from hydrogen-methane and ammonia-blended fuels in gas turbines. Douglas investigates nonlinear phenomena in turbulent flows, including bifurcations, symmetry breaking, and thermoacoustic interactions. His research also addresses techno-economic and life-cycle assessments of renewable energy systems, such as methanol synthesis plants using hydrogen and CO2. Through experimental and computational methods, he explores the behavior of premixed flames, Reynolds stress oscillations, and flow response mechanisms in turbulent environments.