Numerical simulation and experimental validation of the large deformation bending and folding behavior of magneto-active elastomer composites

Physics & Astronomy

• elastomers 98%
• folding 94%
• composite materials 56%
• simulation 35%
• composite structures 30%
• silicones 29%
• engineering 29%
• magnetization 25%
• torque 24%
• traction 15%
• stress tensors 14%
• curing 13%
• actuation 13%
• barium 13%
• particulates 13%
• locking 12%
• mesh 12%
• emerging 11%
• kinematics 11%
• boundary conditions 9%
• energy 7%
• geometry 7%
• matrices 7%
• magnetic fields 6%
• performance 5%

Engineering & Materials Science

• Elastomers 100%
• Composite materials 53%
• Computer simulation 50%
• Magnetization 46%
• Silicones 29%
• Composite structures 26%
• Torque 19%
• Barium 18%
• Tensors 13%
• Curing 12%
• Magnetic fields 11%
• Kinematics 10%
• Boundary conditions 10%
• Substrates 9%
• Geometry 8%

Chemical Compounds

• Elastomer 90%
• Simulation 58%
• Magnetic Torque 52%
• Composite Material 46%
• Magnetization 37%
• Kinematics 18%
• Energy 12%
• Magnetic Field 12%
• Curing 12%
• Force 8%
• Shape 8%
• Reduction 6%
• Amount 5%
• Application 4%