Engineering & Materials Science
Engines
100%
Rankine cycle
44%
Internal combustion engines
39%
Exhaust gas recirculation
34%
Engine cylinders
34%
Hot Temperature
34%
Cryogenics
33%
Fluids
31%
Working fluids
30%
Temperature
28%
Diesel engines
28%
Computational fluid dynamics
26%
Cryogenic energy storage
25%
Waste heat utilization
22%
Air
22%
Tuning
21%
Feedforward neural networks
20%
Trucks
17%
Thermodynamics
15%
Design of experiments
14%
Gasoline
13%
Fuel consumption
12%
Molten materials
12%
Global warming
11%
Salts
11%
Large eddy simulation
11%
Liquids
11%
Thermodynamic properties
10%
Topology
9%
Thermodynamic stability
9%
Hydrogen engines
9%
Fluid dynamics
9%
Ethanol
9%
Evaporation
9%
Decarbonization
8%
Neural networks
8%
Waste heat
8%
Combustion chambers
8%
Fuel cells
8%
Heat transfer
8%
Water
8%
Turbulence
8%
Screening
7%
Vapors
7%
Liquid nitrogen
7%
Packed beds
7%
Regenerators
7%
Flywheels
7%
Renewable energy resources
7%
Boundary conditions
7%
Earth & Environmental Sciences
engine
26%
energy storage
22%
combustion
16%
liquid
14%
air
11%
combustion engine
10%
gasoline engine
9%
compression
8%
premium
7%
diesel
6%
electrification
6%
market
5%
cold
5%
Mathematics
Engine
15%
Fluid
13%
Greenhouse Gases
11%
Energy Storage
10%
Experimental Validation
10%
Packed Bed
9%
Methane
9%
Liquid
9%
Modeling
8%
Ecosystem
8%
Fluid Dynamics
7%
Turbulence
7%
Cycle
6%
Atomization
6%
Equation of State
5%
Combustion
5%