Sentence examples for maximum power coefficients from inspiring English sources
Maximum power coefficients are recalculated based on the maximum area of shroud and are found to be comparable to that of the unshrouded turbine.
Initially, a comparison of performance between two- and three-bladed SHT with conventional semicircular blades has been carried out experimentally where their maximum power coefficients are found to be 0.28 and 0.17, respectively at their corresponding tip-speed ratios of 0.84 and 0.67.
The optimization results indicated that the optimized geometry can produce a maximum power coefficient, 44% higher than the maximum power coefficient of the original turbine.
The design of the turbine for maximum power coefficient is discussed.
The maximum power coefficient of 51% is obtained at no overlap condition.
The maximum power coefficient was 0.25 at tip speed ratio (TSR) of 0.73.
Their optimum operating conditions (maximum power coefficient) depend on rotor solidity and tip speed ratio [22].
The maximum power coefficient of 51% was found where there was no overlap.
The results indicate that a maximum power coefficient of 0.43 with a 73.7% efficiency relative to Betz limit is achieved.
The maximum power coefficient of the ducted nozzle turbine was increased by 78% compared to the conventional modified rotor.
The turbine and its components have been designed assuming that the machine will always work under maximum power coefficient conditions.
