In order to establish a performance prediction method of mixed-flow pumps in all flow ranges, the inlet and outlet flow characteristics are measured and the characteristics of inlet reverse flow in low flow range are discussed, as it exerts remarkable influence on the performance. The reverse flow characteristics at the impeller inlet are determined experimentally, and their influence on the theoretical head is discussed
In the range of very low specific-speed (ns≦100 [m, m3/min, rpm]), performance of a centrifugal pump...
The inlet gas quantity has a great influence on the performance and inner flow characteristics of a ...
Introduction Mixed-flow pumps often show an abrupt decrease in pressure head and positively sloped h...
In order to predict performances of mixed-flow pumps over the whole discharge range, it is necessary...
In order to predict the performance of mixed-flow pumps over the whole flow-rate range, it is necess...
The inlet and outlet flow characteristics were measured over whole discharge range using a mixed flo...
It has been difficult to predict performances of mixed flow pump at low discharge because of difficu...
Measurements of the three-dimensional flow field entering and leaving a mixed flow pump of non-dimen...
Abstract: This paper presents the mean streamline analysis using the empirical loss models for perfo...
In order to predict the flow characteristics around centrifugal impellers for a wide flow-rate range...
The present paper describes an improve the head of mixed flow pump impeller, Computational Fluid Dyn...
Lecturepg. 63The importance of problems related to machines operating at partial flow rate led to So...
The analytical method of predicting the flow characteristics at the outlet of centrifugal impellers ...
An efficiency of a low specific speed pump is in general relatively low and its prediction over the ...
Now a day’s Computational Fluid dynamics (CFD) is playing a vital role in all the fields. To improve...
In the range of very low specific-speed (ns≦100 [m, m3/min, rpm]), performance of a centrifugal pump...
The inlet gas quantity has a great influence on the performance and inner flow characteristics of a ...
Introduction Mixed-flow pumps often show an abrupt decrease in pressure head and positively sloped h...
In order to predict performances of mixed-flow pumps over the whole discharge range, it is necessary...
In order to predict the performance of mixed-flow pumps over the whole flow-rate range, it is necess...
The inlet and outlet flow characteristics were measured over whole discharge range using a mixed flo...
It has been difficult to predict performances of mixed flow pump at low discharge because of difficu...
Measurements of the three-dimensional flow field entering and leaving a mixed flow pump of non-dimen...
Abstract: This paper presents the mean streamline analysis using the empirical loss models for perfo...
In order to predict the flow characteristics around centrifugal impellers for a wide flow-rate range...
The present paper describes an improve the head of mixed flow pump impeller, Computational Fluid Dyn...
Lecturepg. 63The importance of problems related to machines operating at partial flow rate led to So...
The analytical method of predicting the flow characteristics at the outlet of centrifugal impellers ...
An efficiency of a low specific speed pump is in general relatively low and its prediction over the ...
Now a day’s Computational Fluid dynamics (CFD) is playing a vital role in all the fields. To improve...
In the range of very low specific-speed (ns≦100 [m, m3/min, rpm]), performance of a centrifugal pump...
The inlet gas quantity has a great influence on the performance and inner flow characteristics of a ...
Introduction Mixed-flow pumps often show an abrupt decrease in pressure head and positively sloped h...