High-Performance 3D hybrid/mixed, and simple 3D voronoi cell finite elements, for macro- & micro-mechanical modeling of solids,without using multi-field variational principles

Mathematics

• Voronoi Cell 100%
• High Performance 91%
• Radial Basis Function 70%
• Variational Principle 68%
• Finite Element 56%
• Modeling 45%
• Collocation 40%
• Higher Order 36%
• Mixed Element 29%
• Three-dimensional 28%
• Locking 27%
• Vertex of a graph 22%
• Performance 18%
• Interior 16%
• Mesh 15%
• Functionally Graded Materials 15%
• Micromechanics 15%
• Numerical Experiment 14%
• Effective Properties 14%
• Element Order 13%
• Material Properties 12%
• Compatibility Conditions 11%
• Least Square Method 10%
• Plastics 10%
• Arbitrary 10%
• Compatibility 10%
• Collocation Method 9%
• Mechanics 9%
• Linear Function 9%
• Invariance 8%
• Limiting 8%
• Evaluate 8%
• Experiment 7%
• Infinity 6%
• Formulation 6%
• Invariant 5%
• Model 3%

Engineering & Materials Science

• Macros 63%
• Computer simulation 38%
• Brick 21%
• Micromechanics 12%
• Functionally graded materials 11%
• Experiments 10%
• Invariance 10%
• Mechanics 8%
• Materials properties 8%
• Plastics 7%