Development of an improved delayed detached eddy simulation method for particle-laden flow including resuspension

Key Points

• Enhanced accuracy of delayed detached eddy simulation allows for better modeling of particle-laden flow, specifically focusing on resuspension effects.
• Simulation results indicate significant improvement in tracking particle behavior under various flow conditions and turbulence levels.
• The proposed method combines advanced turbulence modeling with particle interactions, yielding insights into dynamics of resuspension in complex flows.
• Implications for engineering applications include enhanced predictive power for environmental modeling and industrial processes involving fluid-particle interactions.