An improved immersed boundary method for simulating flow hydrodynamics in streams with complex terrains

Keyphrases

• Hydrodynamic Flow 100%
• Complex Terrain 100%
• Immersed Boundary Method 100%
• Two-layer 50%
• Velocity Profile 25%
• Shear Velocity 25%
• Nonlinearity 25%
• Turbulence Model 25%
• Computational Fluid Dynamics Modeling 25%
• Computational Fluid Dynamics Simulation 25%
• Model-driven Development 25%
• Wall Function 25%
• Sediment Transport Model 25%
• Three-dimensional Case 25%
• Background Mesh 25%
• Velocity Prediction 25%
• Scour Model 25%
• Conforming Mesh 25%
• 1D-2D 25%
• Wall Shear Stress Distribution 25%
• Distance Control 25%
• Flume Experiment 25%
• Image Point 25%
• Three-dimensional Computational Fluid Dynamics 25%
• Terrain Geometry 25%
• Three-dimensional Mesh 25%

Engineering

• Hydrodynamics 100%
• Computational Fluid Dynamics 100%
• Velocity Profile 50%
• Dynamic Models 50%
• Wall Shear Stress 50%
• Shear Stress Distribution 50%
• Dimensional Case 50%
• Three-dimensional Mesh 50%
• Image Point 50%

Earth and Planetary Sciences

• Fluid Dynamics 100%
• Complex Terrain 100%
• Nonlinearity 50%
• Dynamic Simulation 50%
• Earth Surface Sediment Transport 50%
• Velocity Distribution 50%
• Dynamic Models 50%
• Flow Modeling 50%
• Flume Experiment 50%