Engineering
Anisotropic
19%
Artificial Neural Network
29%
Biocomposite
24%
Composite Material
78%
Composite Structure
31%
Constitutive Model
33%
Continuous Filament
32%
Crack Growth
11%
Damage Analysis
29%
Damage Evolution
15%
Engineering
11%
Fatigue Damage
11%
Fiber-Reinforced Composite
20%
Finite Element Analysis
80%
Finite Element Modeling
44%
Finite Strain
11%
Fluid-Structure Interaction
32%
Generalized Method
98%
Good Agreement
12%
Hydrogel
13%
Infrared Thermography
11%
Laminated Composite Structure
19%
Lap-Shear Joint
11%
Leaflet Valve
11%
Mat Layer
14%
Material Model
16%
Material System
25%
Matrix Constituent
13%
Method of Cell
100%
Metrics
11%
Micromechanical Analysis
11%
Micromechanical Model
81%
Micromechanics
48%
Micromodels
42%
Model Chain
11%
Multiscale
63%
Multiscale Modeling
13%
Nonlinear Analysis
18%
Nonlinear Behavior
16%
Nonlinear Response
11%
Patient Specific
11%
Polymeric Composite
15%
Progression
17%
Reinforced Plastic
28%
Repeating Unit
21%
Stress-Strain Curve
12%
Stress-Strain Relations
24%
Structural Model
15%
Sublaminate
18%
Thick Section
35%
Keyphrases
Annulus Fibrosus
13%
Aortic Root
18%
Aortic Valve
35%
Artificial Neural Network
24%
Bicuspid Aortic Valve
38%
Calcific Aortic Valve Disease
13%
Collagen
16%
Collagen Fibers
31%
Composite Material Systems
14%
Composite Materials
51%
Composite Structures
41%
Constitutive Model
16%
Continuous Filament
32%
Coupons
13%
Cusp
24%
E-glass
13%
Fiber-reinforced Polymer Composites
17%
Finite Element
21%
Finite Element Model
34%
Fluid-structure Interaction
31%
High-fidelity Generalized Method of Cells
89%
Laminated Composite Structures
19%
Laminated Composites
27%
Lap Joint
13%
Material Nonlinearity
15%
Material System
14%
Mechanical Behavior
31%
Mechanical Properties
20%
Micromechanical Modeling
91%
Micromechanics
67%
Micromodel
42%
Modeling Approach
38%
Modeling Framework
16%
Nonlinear Analysis
16%
Nonlinear Behavior
16%
Nonlinear Viscoelastic Material
18%
Patient-specific
14%
Progressive Damage Analysis
20%
Pultruded Composite
46%
Reinforced
17%
Repeating Unit Cell
21%
Soft Tissue
13%
Stress-strain
18%
Sublaminate
16%
Thermoelastic Stress Analysis
26%
Thick Composites
21%
Thick Section
19%
Three-dimensional (3D)
55%
Transcatheter Aortic Valve Replacement
23%
Unidirectional Composites
15%
