Engineering
Models
100%
Multiscale
68%
Brain Tissue
68%
Multiscale Modeling
68%
Hydrogel
68%
Human Brain
68%
Inelastic Response
68%
Material Parameter
68%
Internals
68%
Fiber
45%
Experiments
36%
Output Unit
34%
Determines
34%
Finite Element Simulation
27%
Embedded Fiber
22%
Elements
22%
Finite Element Method
22%
Boundary Condition
22%
Macroscale
22%
Ray Diffraction
22%
Compatibility
22%
Micromechanical Model
22%
Microstructural Feature
22%
Demonstrates
22%
Term Response
17%
Patient Specific Model
17%
Mechanical Response
13%
Material Behavior
13%
Dependent Behavior
13%
Material Model
13%
Experimental Value
13%
Algorithm
13%
Model Parameter
13%
Solid Matrix
13%
Simulation Result
13%
Porous Medium
13%
Constitutive Model
13%
Error
13%
Loading Condition
13%
Fluid Phase
13%
Substrates
11%
Obtains
11%
Deposition Method
11%
Alignment
11%
Material Science
X-Ray Diffraction
90%
Polymorphism
85%
Thin Films
68%
Materials
68%
Diffraction Pattern
68%
Viscoelastic Material
68%
Hydrogel
68%
Fiber
68%
Finite Element Method
68%
Chemical Vapor Deposition
68%
Indentation
45%
Characterization
39%
Lattice Constant
34%
Biomechanics
22%
Mechanical Property
22%
Porous Material
22%
Structural Property
22%
Fluid
22%
Heterogeneous Material
22%
Stress Field
22%
Vapor
11%
Crystalline Material
11%
Protective Atmosphere
11%
Oxide Compound
11%
