Keyphrases
Advanced Exergy Analysis
47%
Avoidable Exergy Destruction
28%
Boiler
37%
Brayton Heat Engine
37%
Conventional Exergy Analysis
32%
Density Condition
40%
Ecological Coefficient of Performance
47%
Ecological Function
23%
Ecological Performance
83%
Exergoeconomic Analysis
56%
Exergy Destruction
60%
Exergy Destruction Cost
42%
Exhaust Gas Recirculation
25%
Exhaust System
30%
Finite Rate
33%
Heat Effect
44%
Heat Engine
37%
Heat Exchanger
31%
Heat Leakage
23%
Heat Transfer
39%
Heat Transfer Mechanism
28%
Hydrocarbon Measurement
22%
Improvement Potential
36%
Investment Cost
27%
Marine nuclear Power Plant
75%
Marine Steam Power Plant
37%
Maximum Power
37%
Maximum Power Density
44%
Mean Value Model
37%
Mean Value Modeling
37%
Model Predictive Control
37%
Optimal Performance
23%
Organic Rankine Cycle
75%
Overall System
55%
Pathlines
25%
Performance Analysis
80%
Performance Optimization
75%
Power Plant
35%
Solar-driven
44%
Solar-driven Heat Engine
56%
Spark Ignition Engine
26%
Spool
25%
Temperature Ratio
28%
Thermal Efficiency
47%
Thermal Reservoir
91%
Thermo
23%
Turbocharged Diesel Engine
37%
Turbofan Engine
37%
Variable Temperature
37%
Waste Heat Recovery System
94%
Engineering
Aerodynamics
22%
Bridge Design
18%
Coefficient of Performance
31%
Container Ship
18%
Cooling Water
18%
Design Parameter
40%
Diesel Engine
75%
Electric Power Plant
84%
Entropy Generation Rate
18%
Exchanger
36%
Exergoeconomic Analysis
51%
Exergy Analysis
47%
Exergy Destruction
100%
Exhaust System
26%
Finite Time
18%
Grounding Accident
18%
Heat Engine
94%
Heat Losses
18%
Heat Transfer
30%
Heat Transfer Rate
28%
Improvement Potential
27%
Interrelationship
18%
Investment Cost
29%
Irreversibility
24%
Isentropic Temperature Ratio
22%
Marine Accident Investigation Branch
18%
Marine Power
75%
Maximum Power Density
30%
Mean Value
37%
Nuclear Power Plant
18%
Nuclear Reactor
18%
Objective Function
45%
Organic Rankine Cycle
75%
Path Line
25%
Performance Analysis
60%
Performance Indicator
18%
Predictive Control Model
37%
Pressurized Water Reactor
18%
Requirement Standard
18%
Spark Ignition Engine
26%
Steam Generator
28%
Steam Power Plant
37%
Thermal Energy
26%
Thermal System
18%
Thermodynamic Efficiency
44%
Thermoeconomics
18%
Turbine Inlet Temperature
25%
Turbocharger
18%
Turbofan Engines
37%
Waste Heat Recovery System
94%