Engineering
Nanofluid
100%
Nanoparticles
75%
Design
47%
Cooling Performance
38%
Computer Simulation
34%
Numerical Study
33%
Heatsinks
30%
Level Set
30%
Insulated Gate Bipolar Transistor
30%
Limiters
30%
Cavity
30%
Fluid Viscosity
30%
Experimental Investigation
30%
Models
20%
Benchmark Case
20%
Volume of Fluid Method
20%
Fluid
20%
Boiling Phenomenon
20%
Bubble
20%
Simulation Result
15%
Base Fluid
15%
Two Dimensional
13%
Benchmark
9%
Condensation Problem
9%
Empirical Equation
9%
Bubble Dynamics
9%
Bubble Nucleation
9%
Boiling Problem
9%
Pressure Distribution
9%
Temperature Distribution
9%
Horizontal Surface
9%
Governing Equation
9%
Mechanisms
9%
Boiling Heat
8%
Demonstrates
8%
Enhancement
7%
Platelet
6%
Axisymmetric
6%
Viscosity Solution
6%
Taguchi Method
6%
Experimental Work
6%
Tension Surface
6%
Removal Rate
6%
Operating Parameter
6%
Modeling Work
6%
Couplings
5%
Drives
5%
Chemical Engineering
Temperature
60%
Heat Transfer
36%
Acetonitrile
30%
Paraffin
30%
Ethanol
30%
Liquid Chromatography
30%
Sodium
30%
Methanol
30%
Cyclohexane
30%
Trichloroethylene
30%
Toluene
30%
Benzene
30%
Carbon Dioxide
30%
Neural Network
30%
Heptane
30%
Propanol
30%
Gas Chromatography
30%
Thermophoresis
13%
Material Science
Film
60%
Boiling Liquid
60%
Heat Transfer
40%
Bipolar Transistor
30%
Velocity
30%
Computational Fluid Dynamics
30%
Fluid
30%
Flow Boiling
30%
Heat Sink
30%
Vapor
23%
Coolant
19%
Temperature
18%
Power Device
15%
Boundary Layer
15%
Soldering Alloys
15%
Silicon
15%
Heat Resistance
15%
Copper
15%
Diode
15%
Thermophoresis
13%
Liquid
13%
Fluid Dynamics
8%
Boiling Problem
5%
Surface
5%