Engineering & Materials Science
Hot Temperature
100%
Nozzles
72%
Thermosyphons
62%
Heat transfer
61%
Hydrodynamics
60%
Temperature
54%
Pipe
53%
Air
46%
Heat exchangers
45%
Flow patterns
42%
Working fluids
39%
Evaporators
36%
Refrigeration
36%
Coefficient of performance
35%
Fluids
35%
Pumps
33%
Two phase flow
33%
Water
33%
Cooling
33%
Heating
32%
Liquids
31%
Computer simulation
30%
Flow of fluids
30%
Visualization
28%
Specific heat
27%
Continuous casting
26%
Contact resistance
25%
Drag coefficient
24%
Heat pipes
24%
Vortex flow
23%
Foams
21%
Carnot cycle
21%
Gases
20%
Convolution
19%
Friction
19%
Numerical analysis
19%
Refrigerants
18%
Solar collectors
18%
Boundary conditions
18%
Nitrates
18%
Cones
17%
Thermodynamics
17%
Mass transfer
16%
Condensation
16%
Solar ponds
16%
Geometry
16%
Turbulent flow
16%
Thermal Engineering
16%
Ethanol
16%
Ducts
16%
Physics & Astronomy
tubes
40%
entry
35%
nozzles
33%
simulation
30%
hydrodynamics
29%
fins
26%
flame propagation
25%
turbulent flow
23%
diffusion flames
19%
computational geometry
18%
forward facing steps
18%
Stirling engines
18%
cooling
17%
flames
17%
high temperature air
15%
jet flames
14%
convolution integrals
14%
computer vision
14%
cells
14%
three dimensional flow
13%
parabolic reflectors
13%
bromides
12%
air flow
12%
oils
12%
nitrates
12%
modules
12%
performance
12%
steam
11%
temperature
11%
transformers
11%
free convection
11%
foams
10%
accumulators
10%
bundles
10%
upstream
10%
drag
10%
boundary conditions
10%
numerical analysis
10%
computational fluid dynamics
9%
mass transfer
9%
velocity distribution
9%
actuators
8%
injection
8%
sands
8%
heat
8%
flow distribution
8%
liquid surfaces
8%
flow velocity
8%
imagery
8%
fluid flow
8%
Mathematics
Water
35%
Flow Pattern
34%
Flame
28%
Pump
28%
Heat
26%
Fluid
25%
Diffusion Flame
25%
Hydrodynamics
22%
Injection
21%
Thermal Modeling
19%
Nozzle
18%
Performance Optimization
18%
Machine Vision
17%
Experimental Study
17%
Liquid
16%
Foam
15%
Fluid Flow
15%
Performance Evaluation
14%
Transformer
14%
Convolution
13%
Multi-objective Optimization
13%
Combustion
13%
Computational Geometry
12%
Visualization
11%
Truncated cone or frustum
11%
Conditioning
11%
Energy
11%
Mathematical Modeling
10%
Rotating
10%
Demand
10%
Numerical Study
10%
Performance
10%
Vertical
10%
Horizontal
10%
Thermal Model
9%
Energy Saving
9%
Flat Plate
8%
Influence
8%
Ethanol
8%
Experimental Data
8%
Imagery
8%
Experiment
8%
Evaluation
8%
Steel
7%
Mm
7%
Model
7%
Cooling
7%
Simulation
6%
Temperature Distribution
6%
Range of data
6%