Cavitation phenomena occuring in converging-diverging nozzle (Venturi tube) are described in the paper. A closed test circuit with possibility to control both flow rate and static pressure level were used. Loss coefficient was evaluated for different sigma numbers resulting in full „static“ characterization of the nozzle. Visualizations of the cavitation pattern development were acquired and matched with evolution of the loss coefficient. Three cavitation regimes are described: partial cavitation, fully developed cavitation, supercavitation
The cavitation of liquid water in a Venturi throat section is an interesting and complex phenomenon ...
Bachelor thesis consists of two parts. The first part is dedicated to research. It deals with clarif...
The highly dynamic and unsteady characteristics of the cavitating flow cause many negative effects s...
Cavitation phenomena occuring in converging-diverging nozzle (Venturi tube) are described in the pap...
Cavitation phenomena occuring in converging-diverging nozzle (Venturi tube) are described in the pap...
Cavitation is a well-known phenomenon, occurring in a wide range of applications. In most applicatio...
The main goal of this master thesis is to reproduce by CFD computations the characteristic cavitatio...
The master´s thesis deals with the flow induced by rotation of cavitating fluid in converging-diverg...
Cavitating flow dynamics are investigated in an axisymmetric converging–diverging Venturi nozzle. Co...
An experimental investigation has been carried out to evaluate the performance of a cavitating Ventu...
The knowledge of hydraulic characteristics of convergentdivergent nozzles will lead to the optimal d...
The fact of injecting bubbles into a cavitating flow influences typical cavitating behavior. Cavitat...
International audienceHydrodynamic cavitation represents complex physical phenomenon undesirably aff...
International audienceThe injection of bubbles into an already cavitating flow is a way of influenci...
Partial cavitation dynamics in an axisymmetric converging-diverging nozzle are investigated experime...
The cavitation of liquid water in a Venturi throat section is an interesting and complex phenomenon ...
Bachelor thesis consists of two parts. The first part is dedicated to research. It deals with clarif...
The highly dynamic and unsteady characteristics of the cavitating flow cause many negative effects s...
Cavitation phenomena occuring in converging-diverging nozzle (Venturi tube) are described in the pap...
Cavitation phenomena occuring in converging-diverging nozzle (Venturi tube) are described in the pap...
Cavitation is a well-known phenomenon, occurring in a wide range of applications. In most applicatio...
The main goal of this master thesis is to reproduce by CFD computations the characteristic cavitatio...
The master´s thesis deals with the flow induced by rotation of cavitating fluid in converging-diverg...
Cavitating flow dynamics are investigated in an axisymmetric converging–diverging Venturi nozzle. Co...
An experimental investigation has been carried out to evaluate the performance of a cavitating Ventu...
The knowledge of hydraulic characteristics of convergentdivergent nozzles will lead to the optimal d...
The fact of injecting bubbles into a cavitating flow influences typical cavitating behavior. Cavitat...
International audienceHydrodynamic cavitation represents complex physical phenomenon undesirably aff...
International audienceThe injection of bubbles into an already cavitating flow is a way of influenci...
Partial cavitation dynamics in an axisymmetric converging-diverging nozzle are investigated experime...
The cavitation of liquid water in a Venturi throat section is an interesting and complex phenomenon ...
Bachelor thesis consists of two parts. The first part is dedicated to research. It deals with clarif...
The highly dynamic and unsteady characteristics of the cavitating flow cause many negative effects s...