A GFEM-based reduced-order homogenization model for heterogeneous materials under volumetric and interfacial damage

Mathematics

• Heterogeneous Materials 100%
• Damage 79%
• Homogenization 67%
• Model 22%
• K-means Algorithm 17%
• K-means Clustering 16%
• Multiscale Modeling 16%
• Lagrange multiplier Method 15%
• Reuse 15%
• Clustering Algorithm 14%
• Matrix Factorization 14%
• Preprocessing 13%
• Partitioning 11%
• Continuum 9%
• Composite 9%
• Tensor 9%
• Partition 8%
• Simulation 7%
• Framework 6%
• Coefficient 5%

Physics & Astronomy

• homogenizing 70%
• damage 48%
• traction 25%
• finite element method 18%
• woven composites 17%
• reuse 15%
• Lagrange multipliers 15%
• preprocessing 13%
• factorization 11%
• particulates 11%
• partitions 10%
• tensors 8%
• continuums 8%
• formulations 7%
• fibers 6%
• matrices 6%
• coefficients 6%

Engineering & Materials Science

• Finite element method 27%
• Factorization 22%
• Tensors 22%
• Clustering algorithms 20%
• Fibers 15%
• Set theory 14%
• Composite materials 13%