Keyphrases
Porous Media
88%
Wavy Cavity
55%
Governing Equation
51%
Steady State
48%
Wavy Wall
44%
Free Convection
44%
Local Nusselt number
40%
Average Nusselt number
40%
Natural Convection
38%
Reynolds number
37%
Energy Equation
35%
Non-Darcy Porous Medium
33%
Finite Element Method
33%
Darcy number
33%
Square Cavity
29%
Rayleigh number
29%
Surface Waviness
29%
Forced Convection
27%
Galerkin Finite Element Method
24%
Axisymmetric Channel
22%
Variable Section
22%
Heat-generating Porous Media
22%
Chilled Ceiling
22%
Low Energy Cooling
22%
Rotating Cylinder
22%
Ceiling-mounted
22%
Thermally Developing Forced Convection
22%
Wavy Enclosure
22%
Aspect Ratio
22%
Heat Load
22%
Parallel Plate Channel
22%
Heat Transfer
22%
Heat Generation
22%
Porous Layer
22%
Inclination Angle
22%
Momentum Flow
22%
Viscous Flow
22%
Separate Treatment
22%
Space-time Finite Elements
22%
Three-dimensional Flow
22%
Relative Motion
22%
Parallel Environment
22%
Heat Flow
22%
Flow Calculation
22%
Cosine Curve
18%
Darcy Equation
18%
Falling Sphere
18%
Space-time Finite Element Method
18%
Space-time Elements
18%
Finite Element
18%
Engineering
Finite Element Analysis
100%
Natural Convection
77%
Forced Convection
55%
Darcy Number
44%
Navier-Stokes Equation
41%
Rayleigh Number
40%
Average Nusselt Number
40%
Local Nusselt Number
40%
Energy Equation
40%
Surface Waviness
33%
Porosity
33%
Velocity Profile
33%
Square Cavity
33%
Reynolds' Number
29%
Isothermal
29%
Aspect Ratio
29%
Ceilings
22%
Heat Generation
22%
Velocity Field
22%
Porous Layer
22%
Inclination Angle
22%
Axisymmetric
22%
Domain Decomposition
22%
Computational Time
22%
Relative Motion
22%
Viscous Flow
22%
Flow Solution
22%
Parallel Plate
22%
Temperature Distribution
22%
Rotating Cylinder
22%
Good Agreement
22%
Clear Fluid
22%
Nusselt Number
22%
Streamlines
18%
Darcy Equation
18%
Fixed Frame
14%
Discretization
14%
Parallel Channel
11%
Flow Model
11%
Constant Temperature
11%
Governing Differential Equation
11%
Number Distribution
11%
Boussinesq's Hypothesis
11%
Fully Developed Flow
11%
Thermal Field
11%
Inlet Velocity
11%
Heat Flux
11%
Temperature Profile
11%
Flow Distribution
11%
Fully Developed Velocity Profile
11%