Engineering
Acquired Data
21%
Air Quality
21%
Closed Brayton Cycle
42%
Comparative Analysis
21%
Container Ship
57%
Cooling System
21%
Design Parameter
28%
Electric Power Plant
85%
Emission Gas
32%
Energy Efficiency
100%
Engine Room
24%
Exergetic Efficiency
21%
Exergy Efficiency
26%
Exhaust Gas Emission
21%
Failure Mode
21%
Gas Turbine
21%
Heat Engine
35%
Internal Irreversibility
21%
Internal Pressure
21%
Irreversibility
17%
Load Condition
21%
Main Engine
46%
Marine Engineering
21%
Marine Power
42%
Maritime Transportation
21%
Maximum Power Density
21%
Mode Effect
21%
Negative Impact
21%
Organic Rankine Cycle
32%
Partial Load
21%
Performance Analysis
80%
Performance Criterion
21%
Pollutant Gas
21%
Power Grid
21%
Power Production
28%
Pressure Loss
28%
Production System
21%
Pump Speed
21%
Pumping System
25%
Refrigeration System
21%
Renewable Energy
21%
Renewable Energy Source
21%
Road
21%
Solar Array
21%
Solar Energy
21%
Solar Photovoltaic System
21%
System Safety
21%
Systems Performance
42%
Thermoeconomics
42%
Total Cost Rate
21%
Keyphrases
Alternative Refrigerants
21%
Central Cooling System
21%
Closed Brayton Cycle
42%
Combined Power Plant
21%
Comparative Analysis
21%
Competitiveness Level
21%
Container Ship
57%
Economic Approach
21%
Efficiency Analysis
21%
Efficient Power
21%
Energy Efficiency
58%
Energy Efficiency Analysis
42%
Energy Saving
41%
Energy-efficient Production
21%
Engine Room
21%
Environmental Approach
21%
Environmental Impact
34%
Exergetic Efficiency
21%
Exergy Efficiency
26%
Green Port
21%
Improving Competitiveness
21%
Irreversible Carnot Heat Engine
21%
Marine Engineering Education
21%
Marine Engineers
42%
Marine nuclear Power Plant
42%
Mechatronics
21%
Organic Rankine Cycle
28%
Performance Analysis
69%
Performance-based
21%
Power Analysis
21%
Power Energy
21%
Power Production
26%
Pressure Loss
32%
Production System
21%
Pumping System
32%
R717
21%
Refrigerant
21%
Refrigeration System
21%
Sea of Marmara
21%
Seawater Temperature
21%
Ship Power Plant
21%
System Economics
21%
System Performance
21%
System Performance Analysis
21%
Thermo-economic Performance
42%
Thermodynamic Optimization
25%
Total Cost Rate
26%
Turkey
39%
Variable Speed Pump
21%
Waste Heat
21%