Keyphrases
Topology Optimization
100%
Large Deformation
38%
Multi-material Topology Optimization
35%
Multi-material
34%
Optimization Framework
27%
Ground Structure
23%
Single Material
23%
Material Phase
23%
Experimental Validation
21%
Structure Optimization
21%
Composite Structures
21%
Volume Constraint
20%
Metastructure
19%
Material Nonlinearity
18%
Active Structure
18%
Irregular Architectures
18%
Metamaterials
18%
Inverse Design
17%
Material Properties
17%
Buckling Behavior
17%
Load Case
16%
Update Mechanism
15%
Multiple Materials
15%
Design Space
14%
Growth Rule
14%
Structure Topology Optimization
14%
Stiffness
14%
Tissue Support
14%
Additive Manufacturing
14%
Bio-inspired
14%
Mirror Descent Stochastic Approximation
14%
Ground Structure Method
14%
Structural Topology Optimization
14%
Stress Modulation
14%
Graded Porous Structure
14%
Stress Distribution
14%
Architected Materials
14%
Tunable Response
14%
Multi-scale Structure
14%
Liquid Crystal Elastomers
14%
Multi-material Structures
13%
Mechanical Response
13%
Anisotropic Material
13%
Hyperelastic Material
13%
Composite Design
12%
Design Optimization
12%
Magneto
12%
Magnetization Distribution
12%
Fabrication Methods
12%
Interpolation Schemes
11%
Engineering
Large Deformation
35%
Building Block
25%
Actuation
23%
Single Material
22%
Anisotropic
21%
Buckling Behavior
21%
Material Phase
20%
Multiple Material
19%
Composite Structure
19%
Inverse Design
18%
Energy Engineering
17%
Robot
17%
Soft Material
16%
Interpolation Scheme
15%
Realization
15%
Additive Manufacturing
14%
Load Case
14%
Structural Topology Optimization
14%
Mechanical Stress
14%
Multiscale
14%
Soft Robot
14%
Design Space
14%
Porous Structure
12%
Optimised Design
12%
Buckling
11%
Structural Design
11%
Nonlinear Behavior
10%
Lagrange Multiplier Method
10%
Elastomer
10%
Material Nonlinearity
10%
Microstructure
10%
Structural Response
10%
Constitutive Relation
10%
Computational Efficiency
10%
Computational Cost
10%
Arbitrary Number
9%
Material System
9%
Two Dimensional
9%
Deformation Mode
9%
Porosity
9%
Joints (Structural Components)
9%
Objective Function
9%
Finite Deformation
9%
Mechanical Response
9%
Programmability
9%
Optimization Approach
8%
Composite Fiber
8%
Good Agreement
8%
Fibre Reinforcement
8%
Applied Magnetic Field
7%
