An investigation of secondary-flow loss patterns originating in three sets of turbine nozzle blade passages was conducted by means of flow-visualization studies and detailed flow measurements. For all cases, high loss values were measured in the fluid downstream of the corners formed by the suction surfaces of the blades and the shrouds, and these losses were accompanied by discharge-angle deviations from design values. Despite the size of the loss regions and angle gradients, over-all mass-average blade efficiencies were of the order of 0.99 and 0.98 and, therefore, are not a good index of blade performance
At the request of the Junkers Aircraft and Engine Construction Company, Engine Division, Dessau Main...
Prior to the detailed design of components, turbomachinery engineers must guide a mean-line or throu...
The effect of incidence angle on the aerodynamic performance of a fan turbine rotor blade was invest...
An investigation of secondary-flow loss cores originating in turbine nozzle blade passages was condu...
The experimental performance of turbine nozzle blades designed for a constant discharge angle was in...
An investigation was made of losses and secondary flows in three different turbine nozzle configurat...
At one flow condition investigated, the radial transport of low-momentum fluid in the blade wake and...
Detailed circumferential and radial surveys of total pressure and t o t a l temperature w e r e mad...
An investigation of secondary-flow loss patterns originating in three sets of turbine nozzle blade p...
The experimental performance of turbine nozzle blades designed for a constant discharge angle was in...
In order to increase understanding of the origin of losses in a turbine, the secondary-flow componen...
An experiment was conducted to investigate the aerodynamic losses of two high-pressure steam turbine...
A series of experimental studies were conducted in order to investigate the generation and growth of...
Still and motion pictures were made of boundary-layer and wake secondary-flow phenomena visualized b...
Experimental techniques associated with the measurement of loss of transonic turbine blades with tra...
At the request of the Junkers Aircraft and Engine Construction Company, Engine Division, Dessau Main...
Prior to the detailed design of components, turbomachinery engineers must guide a mean-line or throu...
The effect of incidence angle on the aerodynamic performance of a fan turbine rotor blade was invest...
An investigation of secondary-flow loss cores originating in turbine nozzle blade passages was condu...
The experimental performance of turbine nozzle blades designed for a constant discharge angle was in...
An investigation was made of losses and secondary flows in three different turbine nozzle configurat...
At one flow condition investigated, the radial transport of low-momentum fluid in the blade wake and...
Detailed circumferential and radial surveys of total pressure and t o t a l temperature w e r e mad...
An investigation of secondary-flow loss patterns originating in three sets of turbine nozzle blade p...
The experimental performance of turbine nozzle blades designed for a constant discharge angle was in...
In order to increase understanding of the origin of losses in a turbine, the secondary-flow componen...
An experiment was conducted to investigate the aerodynamic losses of two high-pressure steam turbine...
A series of experimental studies were conducted in order to investigate the generation and growth of...
Still and motion pictures were made of boundary-layer and wake secondary-flow phenomena visualized b...
Experimental techniques associated with the measurement of loss of transonic turbine blades with tra...
At the request of the Junkers Aircraft and Engine Construction Company, Engine Division, Dessau Main...
Prior to the detailed design of components, turbomachinery engineers must guide a mean-line or throu...
The effect of incidence angle on the aerodynamic performance of a fan turbine rotor blade was invest...