Engineering
Analytical Model
15%
Approximate Model
5%
Atmospheric Air
6%
Blast Wave
9%
Bulk Motion
12%
Close-Contact Melting
87%
Compressible Flow
11%
Diaphragm
10%
Dilution
8%
Dimensional Analysis
14%
Dimensionless
16%
Dimensionless Group
15%
Energy Storage
17%
Enthalpy Method
20%
Experimental Result
16%
Flow Distribution
8%
Flow Regime
6%
Fluid Flow
7%
Gas-Phase
15%
Heat Storage
21%
Heat Transfer Area
7%
Heat Transfer Enhancement
5%
Heat Transfer Fluid
14%
Heated Surface
14%
Ignition
20%
Interpolation Scheme
8%
Isothermal
25%
Latent Heat
11%
Latent Heat Storage
16%
Latent Heat Thermal Energy Storage
14%
Layer Thickness
20%
Liquid Phase
10%
Melting Point
100%
Melting Process
18%
Melting Temperature
8%
Natural Convection
7%
Numerical Model
18%
Numerical Modeling
11%
Nusselt Number
7%
Oscillatory
8%
Phase Change Material
79%
Power Law Fluid
6%
Rectangular Cavity
6%
Solid Bulk
25%
Solidification Process
6%
Storage Unit
18%
Theoretical Investigation
6%
Thermal Energy Storage
20%
Transients
5%
Wave Model
8%
Keyphrases
Amount of Heat
9%
Analytical Model
14%
Blast-wave Model
8%
Bulk Motion
12%
Close-contact Melting
89%
Combustion Process
10%
Convection
9%
Cylindrical Enclosure
10%
Diaphragm
10%
Dimensional Analysis
14%
Dimensionless Groups
14%
Enthalpy Method
23%
Finning
16%
Flow Field
10%
Fluid Flow
8%
Gas Phase Detonation
12%
Heat Sink
25%
Heat Transfer
10%
Heat Transfer Fluid
14%
Heated Surface
14%
High Compressibility
10%
Hybrid Phase
20%
Hydrogen Jet
13%
Ignition Limit
11%
Interpolation Schemes
10%
Isothermal Surface
12%
Jet Release
8%
Latent Heat Storage
10%
Latent Heat Storage System
17%
Layer Thickness
17%
Liquid Phase
11%
Melt Fraction
21%
Melting Process
19%
Melting Rate
21%
Melting Temperature
9%
Melting Time
16%
Modeling Approach
10%
Molten Layer
26%
Natural Convection
12%
Numerical Investigation
10%
Numerical Model
18%
Numerical Simulation
10%
Phase Change Material
75%
Shock Tube
10%
Solid Phase
24%
Stefan number
9%
Theoretical Modeling
10%
Thermal Energy Storage
14%
Thermal Storage
14%
Vertical Cylinder
9%
