Keyphrases
Optimization Methods
80%
Numerical Simulation
66%
Hyperelastic Deformation
66%
Internal Flow
66%
Hybrid Optimization
66%
Fluid-solid Interaction
66%
Fluid-solid Interaction Problem
66%
Velocity-pressure Formulation
66%
Inverse Design
66%
Airfoil
66%
Radial Basis Function Neural Network (RBFNN)
66%
Volume-based
66%
Governing Equation
66%
Hybrid RBF
66%
Weakly Compressible
66%
Hyperelastic Solid
66%
Arbitrary Lagrangian-Eulerian Framework
66%
Low Wind Speed
66%
Finite Volume
66%
Wind Power Generation
66%
Supervised Machine Learning
66%
Linear Elastodynamics
66%
Intelligent Hybrid Systems
66%
Bees Algorithm
66%
Unified Approach
66%
Large Deformation
50%
Wind Turbine
44%
Hybrid Algorithm
40%
Genetic Algorithm
40%
Numerical Methods
33%
Partitioned Solvers
33%
Training Process
33%
Domain Method
33%
Efficient Data Transfer
33%
Compressible Solids
33%
Constitutive Law
33%
Neo-Hookean
33%
Material Point
33%
Computational Solid Dynamics
33%
Bending-torsion
33%
Strongly Coupled
33%
Flex-grid
33%
Computational Fluid Dynamics
33%
Single Domain
33%
Discretized
33%
Material Model
33%
Cantilever Beam
33%
Pressure-velocity
33%
Mesh Point
33%
Computational Domain
33%
Engineering
Genetic Algorithm
100%
Optimization Method
88%
Low Wind Speed
66%
Internal Flow
66%
Domain Method
66%
Large Deformation
66%
Solid-Fluid Interaction
66%
Inverse Design
66%
Airfoil
66%
Wind Power Generation
66%
Wind Power
66%
Optimization Technique
66%
Boundary Condition
66%
Computational Domain
66%
Compressed Air Motors
66%
Elastic Solid
66%
Learning System
66%
Cantilever Beam
66%
Design Problem
44%
Shape Design
44%
Discretized Equation
33%
Coarse Mesh
33%
Computational Effort
33%
Dynamic Condition
33%
Renewable Energy
33%
Computational Time
33%
Dependent Variable
33%
Discretization
33%
Final Result
33%
Integral Controller
33%
Proportional Control
33%
Initial Investigation
33%
Control System
33%
Material Model
33%
Search Algorithm
33%
Flow Problem
33%
Energy Production
33%
Numerical Model
33%
Integral Control
33%
Data Transfer
33%
Gauss
33%
Material Point
33%
Solid Object
33%
Acceptable Level
33%
Fluid Dynamics
33%
Proportional Controller
33%
Momentum Equation
33%
Elastostatic Problem
33%
Numerical Methods
33%
Machine Learning Technique
33%
