Keyphrases
Thermodynamic Analysis
100%
System Design
100%
Analysis Design
100%
Thermodynamic System
100%
Split Cycle
100%
Efficiency Improvement
40%
Combustion
40%
Compression Ratio
40%
Thermal Efficiency
40%
System Optimization
40%
Expansion Ratio
40%
Charge Air
20%
Combustion Process
20%
High-pressure Air
20%
Temperature Rise
20%
Regeneration
20%
Exhaust Gas
20%
Life Cycle Analysis
20%
Theoretical Process
20%
Heat Loss
20%
Recuperation
20%
Gas Exchange
20%
Waste Heat
20%
Isothermal Process
20%
Isobaric Process
20%
Coolant Temperature
20%
Compression-expansion
20%
Quasi-isothermal
20%
Compression Chamber
20%
Engine Simulation
20%
Heat Transfer Loss
20%
Reciprocating Internal Combustion Engine
20%
Recuperator
20%
Conventional Engine
20%
Wall Heat Transfer
20%
Direct Cooling
20%
Expansion Chamber
20%
Engineering
Engine Cycle
100%
Engine Concept
100%
Compression Ratio
66%
Expansion Ratio
66%
Thermodynamic Efficiency
66%
One Dimensional
33%
Combustion
33%
Heat Losses
33%
Air Charge
33%
Reciprocating Internal Combustion Engine
33%
Isothermal Process
33%
Isobaric Process
33%
Conventional Engine
33%
Direct Cooling
33%
Recuperator
33%
Expansion Chamber
33%
Cycle Analysis
33%
Walls (Structural Partitions)
33%
Exhaust Gas
33%