Keyphrases
Heat Sink
100%
Heat Transfer
69%
Natural Convection
64%
Multi-objective Optimization
55%
Fin Array
46%
Tempered Glass
43%
Conjugate Heat Transfer
40%
Forced Convection
35%
Residual Stress
34%
Heat Exchanger
32%
Base Plate
28%
Convection Heat
27%
Glass Temperature
27%
Impinging Jet
26%
Maximum Temperature
24%
Cool Materials
20%
Stress Pattern
20%
Compressibility
16%
Incompressible Flow
16%
Turbulent Kinetic Energy Production
16%
Cooling Section
16%
Jet Effect
16%
Stress Relaxation
16%
Solar Panel
16%
Atomized Spray
16%
Sprayer
16%
Thermal Stress
16%
Plate Fin
16%
Base Heat Flux
16%
Uniformly Heated
16%
Uniform Base
16%
Viscosity
16%
Rotational Speed
16%
Stress Anisotropy
16%
Minimum Energy Consumption
16%
Gas Flow
16%
Surface Layer
16%
Optimal Control
16%
Heated Plate
16%
Thermal Energy
16%
Breakage
16%
Heavy Rain
16%
Heat Transfer Model
16%
Fin-and-tube Heat Exchanger
16%
Plate-fin Heat Sink
16%
Convective Heat Transfer
16%
Counter Flow Heat Exchanger
16%
Vorticity
16%
Optimization Procedure
16%
Flow Model
16%
Engineering
Natural Convection
72%
Multiobjective Optimization
67%
Computational Fluid Dynamics
58%
Maximum Temperature
45%
Forced Convection
40%
Residual Stress
37%
Baseplate
34%
Exchanger
32%
Convective
24%
Breakage
21%
Glass Temperature
21%
Heat Transfer Coefficient
19%
Analytical Result
19%
Thermodynamics
18%
Temperature Distribution
18%
Industrial Applications
16%
Solar Panel
16%
Optimum Design
16%
Thermal Stress
16%
Rotational Speed
16%
Counterflow Heat Exchanger
16%
Particle Swarm Optimization
16%
Heavy Rain
16%
Tubes (Components)
16%
Gas Flow
16%
Cooling Rate
16%
Stress Relaxation
16%
Optimisation Procedure
16%
Surface Layers
16%
Optimal Control
16%
Thermal Energy
16%
Initial Temperature
16%
Turbulent Kinetic Energy
16%
Compressibility
16%
Flow Model
16%
Fluid Viscosity
16%
Heat Flux
16%
Energy Production
16%
Uniform Heat Flux
16%
Heat Transfer Rate
13%
Recovery Boiler
11%
Economizer
11%
Power Electronics
11%
Transients
10%
Glass Sheet
10%
Fused Silica
10%
Vorticity
10%
Incompressible Flow
10%
Cooling Section
10%
Heat Treatment
10%
