Engineering & Materials Science
Rankine cycle
100%
Waste heat utilization
36%
Working fluids
33%
Heat exchangers
26%
Hot Temperature
22%
Fluids
16%
Ships
16%
Temperature
15%
Heat transfer
13%
Steam
12%
Solar power plants
12%
Turbines
11%
Thermodynamics
11%
Pressure drop
10%
Power plants
10%
Gas turbines
10%
Condensation
10%
Boiling liquids
9%
Evaporators
8%
Ammonia
8%
Economics
7%
Waste heat
7%
Drilling platforms
7%
Electricity
7%
Steam generators
7%
Costs
7%
Liquefied natural gas
6%
Heat transfer coefficients
6%
Exhaust gases
5%
Machinery
5%
Gases
5%
Solar energy
5%
Turbogenerators
5%
Exergy
5%
Thermal energy
5%
Water
5%
Power generation
5%
Earth & Environmental Sciences
waste heat
28%
turbine
19%
fluid
10%
solar power
10%
gas platform
8%
heat source
8%
offshore application
8%
power generation
8%
gas
8%
cost
7%
ship
7%
oil platform
7%
thermodynamics
5%
exergy
5%
Mathematics
Cycle
19%
Heat
15%
Recovery
12%
Gas Turbine
9%
Cycle System
9%
Turbine
9%
Optimization
9%
Fluid
9%
Ship
8%
Power System
8%
Design
7%
Dynamic Performance
7%
Multi-objective Optimization
6%
Performance
5%
