Material Science
Finite Element Method
100%
Elastomer
78%
Metamaterial
75%
Film
72%
Nanoparticle
52%
Mechanical Metamaterials
50%
Mechanical Strength
47%
Superhydrophobic
37%
Delamination
33%
Composite Films
33%
Poly Methyl Methacrylate
33%
Thin Sheet
28%
Actuator
25%
Deformation Mechanism
24%
Indentation
22%
Impact Resistance
20%
Hydrogel
16%
Silicon
16%
Surface Structure
16%
Periodic Structure
16%
Impact Testing
16%
Supercapacitors
16%
Amorphous Material
16%
Ionomer
16%
Electronic Circuit
16%
Photochromics
16%
Local Buckling
16%
Wettability
16%
Thin Films
16%
Poisson Ratio
16%
Design Principle
16%
Thermochromics
16%
Laser-Induced Graphene
16%
Polymerization
16%
Materials Design
16%
Deformation Structure
16%
Nanosphere
16%
Fiber-Reinforced Composite
16%
Elastic Moduli
14%
Poly(Dimethylsiloxane)
14%
Chirality
11%
Compression Load
11%
Homogenization
11%
Theoretical Modeling
10%
Stress Concentration
8%
Impact Loads
8%
Bearing Capacity
8%
Plastic Deformation
8%
Capacitor
8%
Energy Density
8%
Engineering
Cylindrical Shell
37%
Elastomer
37%
Finite Element Simulation
35%
Smart Windows
33%
Multifunctionality
33%
Buckling
28%
Polydimethylsiloxane
26%
Impact Response
25%
Stress Concentration
25%
Energy Conservation
21%
Impact Resistance
19%
Engineering
18%
Dynamic Instability
16%
Carbon Nanoparticle
16%
Carbon Nanofibre
16%
Ionomer
16%
Delamination
16%
Compression Stage
16%
Contact Force
16%
Shear Thickening
16%
Anisotropic
16%
Contact Line
16%
Mechanical Force
16%
Nanoscale
16%
Shock Loads
16%
Stress-Strain Relations
16%
Composite Sandwich Panel
16%
Applied Force
16%
Parallel Plate
16%
Specific Energy Absorption
16%
Composite Shell
16%
Internals
16%
Composite Cylindrical Shell
16%
Energy Dissipation
16%
Computer Simulation
14%
Energy Engineering
14%
Contact Mode
11%
Silica Particle
11%
Penetration Depth
11%
Structured Surface
11%
Photonics
8%
Force Response
8%
Semiconductor Manufacturing
8%
Si Substrate
8%
Pore Shape
8%
Composite Structure
8%
Riblets
8%
Compliant Substrate
8%
Absorbing Device
8%
Impact Process
8%
