Brayton Cycle Optimization
Sushanta K. Mitra, Achintya Mukhopadhaya
Abstract
Sushanta K. Mitra, Achintya Mukhopadhaya
Abstract
The Brayton Cycle is the ideal cycle for simple gas turbine applications. The heat transfer process in such a cycle is of practical importance as far as power output is considered. The present work focusses on the power output from an ideally reversible Brayton cycle and criteria for optimum power based on its operating parameters like the specific heat of hot and cold fluids, working fluid and heater inlet temperature is discussed here.
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The Brayton Cycle is the ideal cycle for simple gas turbine applications. The heat transfer process in such a cycle is of practical importance as far as power output is considered. The present work focusses on the power output from an ideally reversible Brayton cycle and criteria for optimum power based on its operating parameters like the specific heat of hot and cold fluids, working fluid and heater inlet temperature is discussed here.
Key concepts: Brayton cycle, Working fluid, Combined cycle, Work (physics), Power (physics), Gas turbines, Heat transfer, Heat engine