Engineering & Materials Science
ABAQUS
6%
Asphalt
8%
Asphalt concrete
24%
Asphalt pavements
11%
Boundary element method
26%
Boundary integral equations
7%
Boundary value problems
6%
Compliance
9%
Composite materials
10%
Computer simulation
6%
Constitutive models
7%
Crack propagation
14%
Crack tips
11%
Cracks
44%
Data structures
8%
Debonding
7%
Elastic moduli
6%
Elasticity
23%
Error analysis
7%
Finite element method
18%
Fracture energy
13%
Fracture mechanics
6%
Fracture testing
6%
Functionally graded materials
85%
Geometry
12%
Green's function
7%
Heat conduction
7%
Integral equations
6%
Kinematics
5%
Materials properties
14%
Mechanics
11%
Metamaterials
14%
Micromechanics
9%
Microstructure
6%
Particle interactions
7%
Pavements
13%
Piezoelectric materials
5%
Poisson ratio
9%
Shape optimization
100%
Stiffness
10%
Stiffness matrix
9%
Strain energy
5%
Stress intensity factors
23%
Structural design
6%
Structural optimization
16%
Temperature
5%
Testing
5%
Thermal conductivity
5%
Topology
10%
Mathematics
Anti-plane Shear
6%
Arbitrary
6%
Boundary Element Method
15%
Boundary Elements
6%
Cohesive Zone
6%
Cohesive Zone Model
13%
Compliance
5%
Continuum
7%
Crack
25%
Data Structures
5%
Debonding
5%
Demonstrate
7%
Design
17%
Discretization
9%
Dynamic Fracture
11%
Evaluation
6%
Finite Elasticity
6%
Finite Element
26%
Finite Element Analysis
7%
Finite Element Method
6%
Formulation
16%
Fragmentation
5%
Framework
8%
Functionally Graded Materials
31%
Galerkin
6%
Gradient
6%
Influence
5%
Integral Method
5%
Interaction
5%
Material Properties
5%
MATLAB
9%
Mesh
24%
Mixed Mode
12%
Model
7%
Numerical Examples
7%
Optimization
9%
Optimization Problem
6%
Patch Test
6%
Piezoceramics
5%
Simulation
7%
Stress Constraints
8%
Stress Intensity Factor
11%
Structural Optimization
12%
T-stress
8%
Three-dimensional
11%
Topology
5%
Topology Optimization
92%
Transient Heat Conduction
5%
Update
5%
Vertex of a graph
8%
Physics & Astronomy
asphalt
6%
boundary element method
5%
composite materials
7%
cracks
16%
elastic properties
9%
formulations
17%
functionally gradient materials
6%
gradients
8%
J integral
5%
mesh
7%
optimization
18%
pavements
5%
piezoelectric actuators
5%
stiffness
5%
stress intensity factors
11%
topology
25%