Multistage intercooled compression in gas turbines is nowdays increasingly interesting because it is due to the ever higher firing temperature values, which call for more effective cooling of the most thermally stressed parts. A part from a decrease in the compression work, intercooled compression causes an increase in the cooling action due to lower temperature values at the compressor aoutlet.
Optimum Performance Evaluation in Multistage Intercooled Compression Gas Turbines / Cantore, Giuseppe; R., Bettocchi; G., Negri di Montenegro; D., Moro. - STAMPA. - 6:(1991), pp. 235-242. (Intervento presentato al convegno 5th International Symposium and Exposition on Gas Turbines in Cogeneration, Repowering, and Peak-Load Power Generation tenutosi a Budapest, Ungheria nel 3-5 Settembre 1991).
Optimum Performance Evaluation in Multistage Intercooled Compression Gas Turbines
CANTORE, Giuseppe;
1991
Abstract
Multistage intercooled compression in gas turbines is nowdays increasingly interesting because it is due to the ever higher firing temperature values, which call for more effective cooling of the most thermally stressed parts. A part from a decrease in the compression work, intercooled compression causes an increase in the cooling action due to lower temperature values at the compressor aoutlet.
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