Artificial intelligence design algorithm for nanocomposites optimized for shear crack resistance

Physics & Astronomy

• artificial intelligence 100%
• nanocomposites 59%
• cracks 53%
• shear 47%
• machine learning 12%
• brittle materials 12%
• stress concentration 11%
• genetic algorithms 11%
• predictions 10%
• crack tips 10%
• toughness 10%
• fracture strength 9%
• performance 8%
• sampling 8%
• simulation 7%
• costs 7%
• molecular dynamics 7%

Engineering & Materials Science

• Nanocomposites 73%
• Artificial intelligence 60%
• Cracks 46%
• Soft materials 13%
• Biomaterials 12%
• Molecular dynamics 11%
• Brittleness 10%
• Crack tips 9%
• Deep neural networks 9%
• Toughness 9%
• Convolutional neural networks 8%
• Fracture toughness 8%
• Stress concentration 8%
• Machine learning 7%
• Genetic algorithms 6%
• Sampling 6%
• Finite element method 6%
• Computer simulation 5%
• Costs 3%

Chemical Compounds

• Shear 63%
• Nanocomposite 45%
• Resistance 43%
• Simulation 29%
• Fracture Toughness 25%
• Biomaterial 19%
• Sampling 19%
• Molecular Dynamics 16%