A hybrid immersed boundary and material point method for simulating 3D fluid-structure interaction problems

Keyphrases

• Immersed Boundary 100%
• Material Point Method 100%
• Fluid-structure Interaction Problems 100%
• Boundary Point Method 100%
• Immersed Boundary Method 66%
• Second-order Accurate 33%
• Boundary Material 33%
• Curvilinear Grids 33%
• Complex Geometry 16%
• Numerical Methods 16%
• Shear Flow 16%
• Pressure Stress 16%
• Lagrangian 16%
• Structural Stress 16%
• Shear Stress 16%
• Discretized 16%
• Published Results 16%
• Discretize 16%
• Unstructured Triangular Mesh 16%
• Fluid-filled 16%
• Effective Approach 16%
• Solid Structure 16%
• Body Surface 16%
• Non-uniform Grid 16%
• Discrete Equation 16%
• Geometric Complexity 16%
• Curvilinear Coordinates 16%
• Interface Boundary Condition 16%
• Surface Mesh 16%
• Dual-time Stepping 16%
• Artificial Compressibility 16%
• Complex Surface 16%
• Flexible Body 16%
• Structural Motion 16%
• Complex Moving Boundaries 16%
• Unsteady Incompressible Navier-Stokes Equations 16%
• Grid Configuration 16%
• Grid Node 16%
• Finite Difference Formula 16%
• Deformable Surface 16%
• Special Treatment 16%
• Flow Equation 16%

Engineering

• Boundary Point 100%
• Material Point Method 100%
• Fluid-Structure Interaction 100%
• Boundary Condition 50%
• Shear Flow 16%
• Nodes 16%
• Structural Stress 16%
• Effective Approach 16%
• Control Point 16%
• Grid Point 16%
• Finite-Difference Formula 16%
• Grid Node 16%
• Dual Time 16%
• Solid Body 16%
• Surface Mesh 16%
• Body Surface 16%
• Compressibility 16%
• Flow Equation 16%
• Finite Difference Method 16%
• Navier-Stokes Equation 16%
• Spherical Coordinate 16%