Physics & Astronomy
water flow
96%
phase change materials
86%
microchannels
83%
heat flux
71%
cooling
53%
pulses
22%
heat transfer
17%
working fluids
13%
finite volume method
13%
temperature
13%
three dimensional models
13%
energy conservation
12%
partial differential equations
11%
temperature distribution
9%
velocity distribution
8%
water
6%
predictions
6%
Engineering & Materials Science
Microchannels
86%
Aluminum oxide
75%
Phase change materials
75%
Heat flux
70%
Cooling
54%
Water
42%
Temperature
18%
Heat transfer
15%
Finite volume method
12%
Working fluids
11%
Partial differential equations
11%
Temperature distribution
9%
Energy conservation
8%
Chemical Compounds
Phase Change Material
100%
Cooling
69%
Heat
58%
Flow
51%
Heat Transfer
28%
Energy Conservation
18%
Velocity
11%
Volume
7%