Engineering
Finite Element Method
100%
Boundary Element Method
48%
Boundary Condition
26%
Nodes
26%
Two Dimensional
24%
Design Sensitivity Analysis
23%
Axisymmetric
21%
Numerical Integration
18%
Numerical Example
18%
Dynamic Response
17%
Large Deformation
17%
Body Force
17%
Time Domain
16%
Shell Element
16%
Shells (Structures)
16%
Discretization
15%
Error Estimator
15%
Crack Tip
13%
Boundary Value
12%
Transients
12%
Crack Growth
12%
Numerical Data
11%
Metrics
10%
Dynamic Buckling
10%
Geometric Nonlinearity
10%
Anisotropic
10%
Domain Analysis
10%
Galerkin Formulation
10%
Least Square
10%
Quadrilateral Element
10%
Objective Function
9%
Strain Hardening
9%
Contact Problem
9%
Shape Sensitivity Analysis
9%
Buckling
9%
Impact Toughness
9%
Element Matrix
8%
Cohesive Element
8%
Material Nonlinearity
8%
Adjoint Variable Method
8%
Correlated Random Variable
8%
Hexahedra
8%
Error Estimation
8%
Good Agreement
8%
Random Field
7%
Energy Rate
7%
Sensitivity Formulation
7%
Cohesive Zone
7%
Initial Value
7%
Numerical Solution
7%
Keyphrases
Boundary Element Method
48%
Numerical Results
24%
Element Formulation
23%
Finite Element Analysis
19%
Design Sensitivity Analysis
19%
Implicit Differentiation
19%
Numerical Examples
19%
Design Sensitivity
18%
Dynamic Response
18%
Finite Element
18%
Element-free Galerkin Method
18%
Error Estimator
16%
Large Deformation
14%
Solid-shell Element
14%
Two Dimensional
14%
Numerical Integration
14%
Finite Element Method
14%
Discretized
13%
Shell Structures
13%
Body Force
12%
Hybrid Particles
12%
Particle Method
12%
Imperfection
12%
Analytical Solution
11%
Particular Integral
11%
Random Boundary Conditions
11%
Boundary Integral Equation
11%
Crack Tip
10%
Dynamic Buckling
10%
Type Errors
10%
Projection Format
10%
Admissible Spaces
10%
Spherical Cap
10%
Quadrilateral Element
10%
Strain Error
10%
Material Nonlinearity
9%
Galerkin Formulation
9%
Proposed Formulation
9%
Thin Shell
9%
Contact Problem
9%
Geometric Nonlinearity
9%
Shape Optimization
9%
Three-dimensional (3D)
9%
2D Finite Element
9%
Shape Sensitivity Analysis
9%
Sensitive Shells
9%
Time-domain Analysis
9%
Symmetric Domain
9%
Stochastic Boundary
9%
Advancing Front
9%