A monolithic fluid-structure algorithm applied to buckling of red blood cell membrane

Keyphrases

• Numerical Simulation 100%
• Uid-structure Interaction 100%
• Fluid-structure 100%
• Parachute 100%
• Structure Algorithm 100%
• Red Blood Cell Membrane 100%
• Three-dimensional (3D) 50%
• Red Blood Cells 50%
• Numerical Methods 50%
• International Journals 50%
• Capillary 50%
• Algebraic Equation 50%
• Shape Deformation 50%
• Shape Change 50%
• Wave number 50%
• Kinematic Boundary Condition 50%
• Discrete Laplacian 50%
• Projection Method 50%
• Parallel Algebraic multigrid 50%
• Hypre 50%
• Multigrid Solver 50%
• Machining Precision 50%
• Diagonal Block 50%
• Cant 50%
• Arbitrary Lagrangian-Eulerian Method 50%
• Saint Venant-Kirchhoff Material 50%
• Lagrangian Frame of Reference 50%
• Galerkin Finite Element Method 50%
• Capillarity 50%
• Complex Shape 50%
• Interaction Problem 50%
• Finite Element Formulation 50%
• New Matrix 50%
• Matrix Factorization 50%
• Cell Deformation 50%
• Divergence-free 50%
• Cell Deformability 50%
• Red Cell Membrane 50%
• NiTe 50%
• Buckling Instability 50%
• Cell Shape 50%
• Discoid 50%
• Biconcave 50%
• Thin Rib 50%
• Red Cells 50%
• Monolithic Algorithm 50%
• Solid-solid Interface 50%
• Volume Method 50%
• Blood Rheology 50%
• Elasticity Equations 50%
• Cupcake 50%

Engineering

• Erythrocyte 100%
• Structure Interaction 100%
• Red Cell 100%
• Computer Simulation 100%
• Numerical Methods 50%
• Finite Element Formulation 50%
• Algebraic Equation 50%
• Matrix Factorization 50%
• Shape Change 50%
• Laplace Operator 50%
• Precision Machine 50%
• Diagonal Block 50%
• Multigrid 50%
• Azimuthal 50%
• Axisymmetric 50%
• Complex Shape 50%
• Cell Deformability 50%
• Elasticity Equation 50%
• Rheology 50%
• Capillarity 50%
• Boundary Condition 50%
• Numerical Analysis 50%