Engineering & Materials Science
Thermosyphons
100%
Flow rate
90%
Hot Temperature
84%
Solar water heaters
73%
Exergy
71%
Heat transfer
67%
Orifices
64%
Cooking
61%
Tapes
59%
Fluids
53%
Hydraulics
53%
Heat flux
50%
Computational fluid dynamics
41%
Temperature
40%
Water
36%
Cooling
35%
Analytical models
34%
Air
31%
Wire
31%
Temperature control
29%
Clocks
25%
Geometry
24%
Laminar flow
19%
Heat losses
18%
Heat exchangers
17%
Sustainable development
17%
Chimneys
16%
Flow patterns
16%
Energy efficiency
14%
Thermal load
14%
Solar collectors
14%
Economic analysis
14%
Heat sinks
14%
Thermoanalysis
13%
Heating
13%
Energy conversion
13%
Heat resistance
13%
Hybrid systems
12%
Coolants
12%
Flow of fluids
12%
Solar radiation
12%
Aluminum oxide
12%
Costs
12%
Cones
12%
Renewable energy resources
12%
Aspect ratio
12%
Conversion efficiency
11%
Volume fraction
11%
Numerical models
11%
Gravitation
11%
Chemical Compounds
Heat
86%
Heat Transfer
57%
Flow Kinetics
52%
Exergy
42%
Flow
40%
Heat Exchanger
29%
Plate Like Crystal
24%
Nusselt Number
23%
Coolant
21%
Concentrator
18%
Drop
17%
Application
17%
Thermal Resistance
15%
Nuclear Power Plant
15%
Cooling
15%
Energy Consumption
14%
Valve
14%
Hysteresis
12%
Accident
10%
Heat Pipe
10%
Length
10%
Reynolds Number
8%
Energy
7%
Kinetic Energy
7%
Volume
7%
Environment
7%
Modification
7%
Reduction
7%
Force
6%
Waste Heat
6%
Agglomeration
6%
Pump
6%
Environmental Friendliness
6%
Amount
5%
Energy Parameter
5%
Transfer Coefficient
5%
Physics & Astronomy
thermosiphons
39%
orifices
31%
troughs
30%
accumulators
25%
heat
25%
performance
19%
tapes
18%
charge flow devices
17%
low aspect ratio
17%
coolers
16%
thresholds
16%
augmentation
16%
computational fluid dynamics
15%
plains
14%
heaters
14%
hydraulics
13%
heat transfer
13%
exergy
11%
stabilization
11%
inserts
10%
absorbers
10%
modules
10%
cooling
10%
wire
9%
flow velocity
9%
matrices
7%
predictions
6%
heat exchangers
6%
Nusselt number
5%
inclination
5%
hysteresis
5%
water
5%
destruction
5%
costs
5%