ABSTRACT:- Design, operation and refurbishment of centrifugal pumps are strongly related to cavitation flow phenomena, which may occur in either the rotating runner-impeller or the stationary parts of the centrifugal pumps. The numerical simulation (ANSYS CFX software Release 12) can be use to detect the cavitation in centrifugal pump. The total pressure at inflow boundary is reduced in small increment to meet the beginning cavitation. The CFD results computed by ANSYS CFX software can be shown that the formation bubble form in a lower pressure area which caused by high velocity fluid. Inception cavitation occurs on the blade surface where the leading edge meets the tip. For lower NPSH values the cavitation zones move from leading to traili...
We present the results of numerical calculation of velocities and pressure allocation in the flow pa...
Cavitation in centrifugal pumps is still a problem that must be dealt with by engineers and operator...
Abstract: Pumps are designed and manufactured to operate well away from the cavitation condition and...
AbstractConsidering the compressibility of the cavity in the cavitating flow, this paper presents a ...
Considering the compressibility of the cavity in the cavitating flow, this paper presents a modified...
New computational methods are continuously developed in order to solve problems in different enginee...
Aiming at the cavitation problem, the blade leading edge shape has been changed to analyze its impac...
We modified the Zwart–Gerber–Belamri (ZGB) cavitation and RNG turbulence models based on their rotat...
This paper aims at numerically predicting the flow behavior of the pump. Further validation of the a...
This paper aims at numerically predicting the flow behavior of the pump. Further validation of the a...
Cavitation is an important issue in pumps and usually starts on the blade leading-edge. For fixed bl...
Cavitation is the compressible and unsteady turbulent flow caused by the mass transfer between gas a...
Cavitation is a fundamental issue in pump design. This topic is usually approached through costly ex...
Cavitation is a fundamental issue in pump design since it yields significant decrease of performance...
The characteristics of flow instabilities as well as the cavitation phenomenon in a centrifugal pump...
We present the results of numerical calculation of velocities and pressure allocation in the flow pa...
Cavitation in centrifugal pumps is still a problem that must be dealt with by engineers and operator...
Abstract: Pumps are designed and manufactured to operate well away from the cavitation condition and...
AbstractConsidering the compressibility of the cavity in the cavitating flow, this paper presents a ...
Considering the compressibility of the cavity in the cavitating flow, this paper presents a modified...
New computational methods are continuously developed in order to solve problems in different enginee...
Aiming at the cavitation problem, the blade leading edge shape has been changed to analyze its impac...
We modified the Zwart–Gerber–Belamri (ZGB) cavitation and RNG turbulence models based on their rotat...
This paper aims at numerically predicting the flow behavior of the pump. Further validation of the a...
This paper aims at numerically predicting the flow behavior of the pump. Further validation of the a...
Cavitation is an important issue in pumps and usually starts on the blade leading-edge. For fixed bl...
Cavitation is the compressible and unsteady turbulent flow caused by the mass transfer between gas a...
Cavitation is a fundamental issue in pump design. This topic is usually approached through costly ex...
Cavitation is a fundamental issue in pump design since it yields significant decrease of performance...
The characteristics of flow instabilities as well as the cavitation phenomenon in a centrifugal pump...
We present the results of numerical calculation of velocities and pressure allocation in the flow pa...
Cavitation in centrifugal pumps is still a problem that must be dealt with by engineers and operator...
Abstract: Pumps are designed and manufactured to operate well away from the cavitation condition and...