An adiabatic gas turbine has a mass flow of an ideal gas of 𝑚Μ = 10 𝑘𝑔 in state 1 𝑠 (
Posted: Wed May 04, 2022 1:42 pm
An adiabatic gas turbine has a mass flow of an ideal gas of πΜ = 10 ππ in state 1 π
(π1 = 7 πππ, π1 = 850 Β°πΆ). The expansion of the gas in the turbine is subject to dissipation, so that the temperature in Kelvin of the gas at the turbine outlet is 10% higher than the temperature that would be reached with isentropic expansion. The specific
Volume of the gas at the turbine outlet is π£2 = 0.8413 π3. How big is the dissipation ππ
Power and the entropy stream that is generated? Assume a polytropic state change.
Calculate with the following values: π πΌ = 287 π½ πΎπβπΎ
task 4
ππ = 1005 π½ πΎπβπΎ
(π1 = 7 πππ, π1 = 850 Β°πΆ). The expansion of the gas in the turbine is subject to dissipation, so that the temperature in Kelvin of the gas at the turbine outlet is 10% higher than the temperature that would be reached with isentropic expansion. The specific
Volume of the gas at the turbine outlet is π£2 = 0.8413 π3. How big is the dissipation ππ
Power and the entropy stream that is generated? Assume a polytropic state change.
Calculate with the following values: π πΌ = 287 π½ πΎπβπΎ
task 4
ππ = 1005 π½ πΎπβπΎ