Computational structural mechanics within strain gradient elasticity: mathematical formulations and isogeometric analysis for metamaterial design

Engineering

• Design 100%
• Beam 100%
• Strain Gradient 100%
• Structural Mechanics 100%
• Beam Model 30%
• Size Effect 15%
• Engineering 7%
• Foundations 7%
• Development 7%
• Energy Engineering 7%
• Elements 7%
• Models 7%
• Mathematical Model 7%
• Experimental Result 7%
• Discretization 7%
• Regularization 7%
• Elasticity Theory 7%
• Singularities 7%
• Length Scale 7%
• Numerical Solution 7%
• Anisotropic 7%
• Scale Model 7%
• Hamilton's Principle 7%
• Benchmark Problem 7%
• Fundamental Problem 7%
• Macroscale 7%
• Free Vibration 7%
• Velocity Gradient 7%
• Error Estimate 7%
• Doors 7%
• Shells (Structures) 7%
• Finite Element Formulation 7%
• Shear Locking 7%
• Free Formulation 7%
• Software Package 7%

Physics

• Metamaterial 100%
• Elasticity 100%
• Gradients 100%
• Isogeometric Analysis 100%
• Finite Element Methods 30%
• Terms 15%
• Shears 15%
• Statics 15%
• Work 7%
• Solid State 7%
• Speed 7%
• Standard 7%
• Estimates 7%
• Parameter 7%
• Differences 7%
• Existence 7%
• Crystal Structure 7%
• Computational Method 7%
• Boundary Condition 7%
• Numerical Solution 7%
• Gravitational Singularities 7%
• Galerkin Method 7%
• Sobolev Space 7%
• Scale Model 7%
• Microbeam 7%

Material Science

• Strain 100%
• Elastic Constant 100%
• Metamaterials 100%
• Solution 15%
• Boundary Layer 15%
• Material 7%
• Solid 7%
• Velocity 7%
• Crystal Structure 7%
• Bar (Metal) 7%
• Anisotropic Material 7%