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Aerospace Engineering

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Aerospace Engineering

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Research Frontiers in Turbulent Combustion Modeling in Engines

Computational and experimental investigation of turbulent flame propagation and mixing processes in high-speed aerospace propulsion systems.

Flame-Vortex Interactions in High-Pressure Combustion Chambers
Subgrid Scalar Dissipation in Supersonic Turbulent Flames
Coherent Structure Dynamics Across Combustor Boundaries
Multi-Phase Turbulent Combustion at Extreme Pressures
Transient Flame Topology and Extinction in Shear Layers
Machine Learning Surrogates for Turbulent Flame Kernels
Acoustic-Combustion Coupling in Rotating Detonation Engines
Wall Heat Flux Prediction in Turbulent Reacting Boundary Layers
Mixture Fraction Variance Models for Dual-Fuel Engines
Lagrangian Coherence of Reaction Progress in Turbulent Jets

All Aerospace Engineering PhD categories