Engineering & Materials Science
Boiling liquids
100%
Cryogenic energy storage
87%
Pressure drop
76%
Hydrogen engines
75%
Decarbonization
69%
Heat transfer coefficients
67%
Internal combustion engines
63%
Packed beds
59%
Regenerators
59%
Rankine cycle
58%
Refrigerants
52%
Cryogenics
51%
Conceptual design
50%
Gravel
49%
Flow patterns
48%
Temperature
44%
Fuel cells
43%
Hydrogen
38%
Fluids
36%
Waste heat utilization
36%
Heat transfer
35%
Hot Temperature
31%
Renewable energy resources
26%
Testing
25%
Engines
25%
Vapors
21%
Heat flux
21%
Mass transfer
21%
Combustion chambers
20%
Waste heat
18%
Recovery
17%
Ignition
17%
Air
15%
Energy storage
14%
Computer systems
14%
Heat exchangers
14%
Conversion efficiency
12%
Low temperature properties
12%
Cooling systems
12%
Liquids
10%
Dilution
10%
Stainless steel
10%
Fuel economy
10%
Costs
10%
Engine cylinders
9%
Latent heat
9%
Fuel consumption
9%
Exergy
8%
Thermal energy
8%
Computational fluid dynamics
7%
Mathematics
Energy Storage
82%
Experimental Validation
82%
Packed Bed
77%
Liquid
47%
Modeling
31%
Heat
28%
Energy
19%
Range of data
18%
Electricity
13%
Phase Change
13%
Flow Rate
12%
Carbon
12%
Temperature Field
12%
Convert
10%
Model
9%
Fluid
7%