Keyphrases
Heat Transfer
100%
Heat Transfer Enhancement
62%
Energy Consumption
55%
Governing Equation
52%
Two-phase Flow Pattern
52%
Domestic Oven
48%
Vertical Fin
41%
Hermetic Reciprocating Compressor
41%
Electric Oven
41%
Emissivity
41%
Two-phase Fluid Flow
41%
Working Fluid
41%
Turbulent Flow
41%
Hydraulic Diameter
41%
Circular Channel
41%
Plume
41%
Flow Regime
41%
Nucleate Boiling Heat Transfer
41%
Computational Modeling
41%
Oven
36%
Baking Time
34%
First Law Efficiency
31%
Dimensionless numbers
31%
Buoyancy
31%
Computational Procedures
31%
Second Law Efficiency
31%
Refrigerant
31%
Tunneling Width
31%
Transfer Value
31%
Structured Surface
29%
Pore Diameter
29%
Consumption Time
27%
Heat Transfer Process
27%
Boiling Surface
26%
Computational Study
25%
Humidity
25%
Forced Convection
25%
Vapor Bubble
24%
Tunnel Height
21%
Heat Transfer Phenomena
20%
Availability Loss
20%
Gas Turbine Plant
20%
Steam Injected Gas Turbine
20%
Thermodynamic Optimization
20%
Texturing Process
20%
Uygur
20%
Heat Mass Transfer
20%
Natural Draft
20%
Volatile Organics
20%
Small-scale Combustion
20%
Engineering
Flow Distribution
94%
Experimental Investigation
83%
Computer Simulation
52%
Heat Transfer
48%
Two-Phase Flow
41%
Reciprocating Compressors
41%
Turbulent Flow
41%
Circular Channel
41%
Flow Regime
41%
Pressure Drop Value
41%
Phase Fluid Flow
41%
Hydraulic Diameter
41%
Boiling Heat Transfer
41%
Nucleate Boiling Heat
41%
Numerical Model
41%
Separation Region
41%
Experimental Observation
41%
Temperature Distribution
41%
Heat Flux
38%
Structured Surface
34%
Pore Diameter
34%
Law Efficiency
31%
Advection
31%
Dimensionless Number
31%
Geometrical Parameter
31%
Heat Transfer Coefficient
27%
Nucleation Site
22%
Dehumidification
20%
Heat Transfer Phenomenon
20%
Velocity Profile
20%
Combined Cycle
20%
Meteorological Condition
20%
Frictional Pressure Drop
20%
Hot Plate
20%
Discrete Element Model
20%
Insulation Material
20%
Energy Standard
20%
Lithium Bromide
20%
Methane
20%
Exit Velocity
20%
Exit Temperature
20%
Rectangular Channel
20%
Temperature Condition
20%
Forced Convection
20%
Exchanger
20%
Aspect Ratio
20%
Temperature Profile
20%
Exhaust Gas
20%
Design Method
20%
Thermocouple
20%
