DESIRE 11.11 Ten stages of an ideal reaction turbine develop 3000 kW when the mass flow of steam Dis 18 000 kg/h. The me
Posted: Sun May 15, 2022 11:30 pm
solve as soon as possible,telly the answer given .
DESIRE 11.11 Ten stages of an ideal reaction turbine develop 3000 kW when the mass flow of steam Dis 18 000 kg/h. The mean value of the blade velocity is 0.8 of the steam velocity from the fixed blades. The exit angle of each blade is constant at 20° and the axial velocity is constant throughout the turbine. Calculate the inlet angle of the blades and the enthalpy drop in each moving row. (67.8°; 30 kJ/kg)
DESIRE 11.11 Ten stages of an ideal reaction turbine develop 3000 kW when the mass flow of steam Dis 18 000 kg/h. The mean value of the blade velocity is 0.8 of the steam velocity from the fixed blades. The exit angle of each blade is constant at 20° and the axial velocity is constant throughout the turbine. Calculate the inlet angle of the blades and the enthalpy drop in each moving row. (67.8°; 30 kJ/kg)