Develops and validates a high-order numerical framework for particle-laden flows in moving domains by coupling DGSEM with Lagrangian tracking, ALE, sliding mesh, and RBF morphing for interface-crossing accuracy.
Ghenaiet, Study of Sand Particle Trajectories and Ero- sion Into the First Fan Stage of a Turbofan, in: V olume 7: Turbomachinery, Parts A, B, and C, ASMEDC, 2010, pp
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High-Order Simulation of Particle-Laden Flows in Moving Domains Using Coupled ALE and Sliding Mesh Approaches
Develops and validates a high-order numerical framework for particle-laden flows in moving domains by coupling DGSEM with Lagrangian tracking, ALE, sliding mesh, and RBF morphing for interface-crossing accuracy.