In the process of developing tools for cavitation erosion prediction of prototypes from mode) tests, 4 on board aggressiveness evaluation methods were tested on a severely eroded blade of a 266 MW Francis turbine. These are pressure, pit counting, DECER electrochemical and vibration measurements. All methods provided coherent results on the blade mounted measurements. The test program provided understanding of the heterogeneous erosion distribution of the prototype blades and quantitative data for comparison in subsequent tests on the mode) of the machine
Model testing of hydraulic turbines, storage pumps and pump-turbines is of great importance especial...
This paper gives an engineering review of the phenomenon of cavitation on hydraulic machines: turbin...
Two-parameter phenomenological model for quantification of the cavitation damage process in its init...
Different measurement techniques have been used to detect cavitation on a Francis turbine model. The...
In the frame of a joint research program between EDF, Hydro Québec and IMHEF, different methods are ...
Cavitation erosion of Francis turbines continues to impose costly repairs and loss of revenues. This...
The current work intends to improve the cavitation erosion prediction methodology in hydro turbines ...
This paper describes the experimental investigations carried out in the Francis turbine at Svorka po...
International audienceReaction turbines, of which Francis turbines, constitute a large proportion of...
Effective hydraulic turbine design prevents sediment and cavitation erosion from impacting the perfo...
Cavitation erosion is the most important erosion mechanism in Francis turbine runner blades. For thi...
The trouble cavitation erosion has always been to hydraulic machine manufacturers and users explains...
Experimental tests have been carried out in a Francis turbine suffering from inlet edge cavitation e...
The overall aim of this thesis work is to study cavitation behaviours related to erosion. The focus ...
An investigation is conducted on the Francis turbine’s cavitation characteristics and its influence ...
Model testing of hydraulic turbines, storage pumps and pump-turbines is of great importance especial...
This paper gives an engineering review of the phenomenon of cavitation on hydraulic machines: turbin...
Two-parameter phenomenological model for quantification of the cavitation damage process in its init...
Different measurement techniques have been used to detect cavitation on a Francis turbine model. The...
In the frame of a joint research program between EDF, Hydro Québec and IMHEF, different methods are ...
Cavitation erosion of Francis turbines continues to impose costly repairs and loss of revenues. This...
The current work intends to improve the cavitation erosion prediction methodology in hydro turbines ...
This paper describes the experimental investigations carried out in the Francis turbine at Svorka po...
International audienceReaction turbines, of which Francis turbines, constitute a large proportion of...
Effective hydraulic turbine design prevents sediment and cavitation erosion from impacting the perfo...
Cavitation erosion is the most important erosion mechanism in Francis turbine runner blades. For thi...
The trouble cavitation erosion has always been to hydraulic machine manufacturers and users explains...
Experimental tests have been carried out in a Francis turbine suffering from inlet edge cavitation e...
The overall aim of this thesis work is to study cavitation behaviours related to erosion. The focus ...
An investigation is conducted on the Francis turbine’s cavitation characteristics and its influence ...
Model testing of hydraulic turbines, storage pumps and pump-turbines is of great importance especial...
This paper gives an engineering review of the phenomenon of cavitation on hydraulic machines: turbin...
Two-parameter phenomenological model for quantification of the cavitation damage process in its init...