Hydraulic shock that occurs in pipeline systems can cause accidents and destroy pipelines, valves and equipment. If the pressure fluctuates due to a hydraulic shock, the pressure in the rarefaction phase may drop below the pressure of saturated vapours, resulting in a cavitation. This phenomenon is accompanied by an additional increase in the amplitude of pressure fluctuation, which leads to additional loads occurring in the hydraulic system. The aim of the paper is to provide the method for calculation of the hydraulic shock with the help of OpenFOAM soft-ware complex, which considers the cavitation formation
When dealing with dynamic issues, we often encounter problems of hydraulic shock (water hammer) and ...
Hydraulic turbines can experience cavitation, which is a phenomenon occurring when vapor bubbles col...
Cavitation can occur at the inlet of hydraulic pumps or in hydraulic valves; this phenomenon should ...
Numerical modeling of cavitation using computational software is a highly pursued topic of research ...
Due to its serious consequences, cavitation in pipeline systems is one of the main concerns of engin...
In the transient state of a system, the occurrence of vapor pressure can be found in such as low sy...
AbstractHydraulic transient/ waterhammer analysis is important in the operation stage of an existing...
AbstractThe paper presents the results of calculations of the water-hammer course accompanied by the...
Cavitation is the transition from a liquid to a vapour phase, due to a drop in pressure to the level...
A general treatment of acousticcavitation was presented, including both fluid dynamics instabilities...
The simulation of cavitation phenomena plays an important role for the development of modern hydrau...
Transient pressure investigation of water-hydraulic pipelines is a challenge in the fluid transmissi...
A general treatment of acoustic cavitation for the case of one-dimensional pipe flows is presented, ...
A general treatment of acoustic cavitation for the case of one-dimensional pipe flows is presented, ...
Within this paper an overview about six recently performed experimental pressure surge scenarios is ...
When dealing with dynamic issues, we often encounter problems of hydraulic shock (water hammer) and ...
Hydraulic turbines can experience cavitation, which is a phenomenon occurring when vapor bubbles col...
Cavitation can occur at the inlet of hydraulic pumps or in hydraulic valves; this phenomenon should ...
Numerical modeling of cavitation using computational software is a highly pursued topic of research ...
Due to its serious consequences, cavitation in pipeline systems is one of the main concerns of engin...
In the transient state of a system, the occurrence of vapor pressure can be found in such as low sy...
AbstractHydraulic transient/ waterhammer analysis is important in the operation stage of an existing...
AbstractThe paper presents the results of calculations of the water-hammer course accompanied by the...
Cavitation is the transition from a liquid to a vapour phase, due to a drop in pressure to the level...
A general treatment of acousticcavitation was presented, including both fluid dynamics instabilities...
The simulation of cavitation phenomena plays an important role for the development of modern hydrau...
Transient pressure investigation of water-hydraulic pipelines is a challenge in the fluid transmissi...
A general treatment of acoustic cavitation for the case of one-dimensional pipe flows is presented, ...
A general treatment of acoustic cavitation for the case of one-dimensional pipe flows is presented, ...
Within this paper an overview about six recently performed experimental pressure surge scenarios is ...
When dealing with dynamic issues, we often encounter problems of hydraulic shock (water hammer) and ...
Hydraulic turbines can experience cavitation, which is a phenomenon occurring when vapor bubbles col...
Cavitation can occur at the inlet of hydraulic pumps or in hydraulic valves; this phenomenon should ...