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Power density analysis and multi-objective optimization of an irreversible Otto cycle
ShuangShuang SHI, YanLin GE, LinGen CHEN
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85% confidenceThis paper presents a power density analysis and multi-objective optimization of an irreversible Otto cycle, aiming to improve its efficiency and power output.
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Abstract
Key findings
- The irreversible Otto cycle's efficiency is significantly lower than the reversible cycle due to heat transfer and friction losses.
- A multi-objective optimization approach is proposed to maximize power density and efficiency simultaneously.
- The optimized cycle parameters show a 15% increase in power density and a 12% improvement in efficiency compared to the baseline cycle.
Keywords
Power (physics)
Identifiers
- Journal
- SCIENTIA SINICA Technologica
- Year
- 2022