Keyphrases
Dome
100%
Regenerator
100%
Stirling Engine
100%
Heater Head
100%
Code Modeling
100%
Heater
85%
Energy Balance
71%
Sage
28%
Flow Field
28%
Thermal Field
28%
Flow Mixing
14%
Parallel Processing
14%
Flow Visualization
14%
Flow Heat Transfer
14%
CFD Analysis
14%
Oscillation
14%
Steady State
14%
Porous Media Model
14%
CFD Model
14%
Overall Energy
14%
Energy Imbalance
14%
Vortex
14%
Thermal Performance
14%
Non-uniformity
14%
Space Compression
14%
Code Development
14%
Mixing Effect
14%
Fluid Layer
14%
Temperature Difference
14%
Grid Refinement
14%
Number of Cycles
14%
Local Heat Transfer Coefficient
14%
One-component
14%
Thermal Efficiency
14%
Head Design
14%
Separate Components
14%
Cutout
14%
Radial Direction
14%
Number of Iterations
14%
Modeling Exercises
14%
Oscillatory Solution
14%
D2 Analysis
14%
Radiation Heat Transfer
14%
Engine Modeling
14%
Mixing Efficiency
14%
Space Heaters
14%
Grid Structure
14%
Interface Fluid
14%
CFD-ACE+
14%
Knuckle
14%
Average Temperature Difference
14%
Future Grids
14%
Engineering
Computational Fluid Dynamics
100%
Stirling Engine
100%
Regenerator
100%
Compression Space
28%
Thermal Field
28%
Centreline
28%
Flow Distribution
28%
Flow Visualization
14%
Test Section
14%
Thermal Performance
14%
Component Analysis
14%
Vortex
14%
Design Head
14%
Porous Medium Model
14%
Field Measurement
14%
Fluid Layer
14%
Radial Direction
14%
Local Heat Transfer Coefficient
14%
Oscillatory Solution
14%
Radiation Heat Transfer
14%
Energy Component
14%
Detailed Evaluation
14%
Fluid Interface
14%
Nonuniformity
14%
Boundary Condition
14%
Thermodynamic Efficiency
14%