This paper presents a review of some of the recent developments in our understanding of the dynamics and instabilities caused by cavitation in pumps. Focus is placed on presently available data for the transfer functions for cavitating pumps and inducers, particularly on the compliance and mass flow gain factor that are critical for pump and system stability. The resonant frequency for cavitating pumps is introduced and contexted. Finally emphasis is placed on the paucity of our understanding of pump dynamics when the device or system is subjected to global oscillation
The paper describes a reduced-order analytical model for the characterization of the dynamic transfe...
This paper is concerned with understanding the dynamic behaviour of cavitating hydraulic machines du...
Stimulated by the pogo instability encountered in many liquid propellant rockets, the dynamic behavi...
This paper presents a review of some of the recent developments in our understanding of the dynamics...
This paper presents a review of some of the recent developments in our understanding of the dynamics...
This paper presents a review of some of the recent developments in our understanding of the dynamics...
This paper presents a review of some of the recent developments in our understanding of the dynamics...
This paper presents a review of some of the recent developments in our understanding of the dynamics...
This paper describes experiments performed to measure the dynamic transfer matrices for cavitating (...
Knowledge of the dynamic performance of pumps is essential for the prediction of transient behavior ...
Knowledge of the dynamic performance of pumps is essential for the prediction of transient behavior ...
The unsteady dynamics of cavitating cascades and inducer pumps were studied with a view to understan...
Knowledge of the dynamic performance of turbopumps is essential for the prediction of instabilities ...
Knowledge of the dynamic performance of turbopumps is essential for the prediction of instabilities ...
After a brief review of the fundamental aspects of cavitation relevant to the operation of high-perf...
The paper describes a reduced-order analytical model for the characterization of the dynamic transfe...
This paper is concerned with understanding the dynamic behaviour of cavitating hydraulic machines du...
Stimulated by the pogo instability encountered in many liquid propellant rockets, the dynamic behavi...
This paper presents a review of some of the recent developments in our understanding of the dynamics...
This paper presents a review of some of the recent developments in our understanding of the dynamics...
This paper presents a review of some of the recent developments in our understanding of the dynamics...
This paper presents a review of some of the recent developments in our understanding of the dynamics...
This paper presents a review of some of the recent developments in our understanding of the dynamics...
This paper describes experiments performed to measure the dynamic transfer matrices for cavitating (...
Knowledge of the dynamic performance of pumps is essential for the prediction of transient behavior ...
Knowledge of the dynamic performance of pumps is essential for the prediction of transient behavior ...
The unsteady dynamics of cavitating cascades and inducer pumps were studied with a view to understan...
Knowledge of the dynamic performance of turbopumps is essential for the prediction of instabilities ...
Knowledge of the dynamic performance of turbopumps is essential for the prediction of instabilities ...
After a brief review of the fundamental aspects of cavitation relevant to the operation of high-perf...
The paper describes a reduced-order analytical model for the characterization of the dynamic transfe...
This paper is concerned with understanding the dynamic behaviour of cavitating hydraulic machines du...
Stimulated by the pogo instability encountered in many liquid propellant rockets, the dynamic behavi...