Add to ORKGThe simulation of cavitation phenomena plays an important role for the development of modern hydraulic tools and injection systems. Cavitation leads to a reduction of mass ow and inuences the wave motion in hydraulic components signi cantly. The article deals with the simulation of a homogeneous cavitation model based on the thermodynamic and caloric properties of liquid and steam with the goal to study basic physical phenomena and time dependent properties. The presented model and numercial scheme can be applied to the simulation of more complex hydraulic systems
Numerical modeling of cavitation using computational software is a highly pursued topic of research ...
In hydraulic elements an under-pressure is generated during fluid flow around sharp edges or changin...
Cavitation can occur at the inlet of hydraulic pumps or in hydraulic valves; this phenomenon should ...
In this work, a Lumped parameter approach for modeling cavitation and aeration in hydraulic systems ...
Cavitation is the transition from a liquid to a vapour phase, due to a drop in pressure to the level...
The hydraulic equipment and elements are designed so that the flow is not significantly affected by ...
A general treatment of acoustic cavitation for the case of one-dimensional pipe flows is presented, ...
A general treatment of acousticcavitation was presented, including both fluid dynamics instabilities...
In the transient state of a system, the occurrence of vapor pressure can be found in such as low sy...
A general conservative numerical model for simulation of transmission-line unsteady fluid-dynamics h...
A general treatment of acoustic cavitation for the case of one-dimensional pipe flows is presented, ...
The effect of cavitation plays a fundamental role in the hydraulic components design and the capabil...
The effect of cavitation plays a fundamental role in the hydraulic components design and the capabil...
A general conservative numerical model for the simulation of transmission-line unsteady fluid dynami...
Mathematical modeling is applied as an effective tool for prediction of cavitation in hydraulic comp...
Numerical modeling of cavitation using computational software is a highly pursued topic of research ...
In hydraulic elements an under-pressure is generated during fluid flow around sharp edges or changin...
Cavitation can occur at the inlet of hydraulic pumps or in hydraulic valves; this phenomenon should ...
In this work, a Lumped parameter approach for modeling cavitation and aeration in hydraulic systems ...
Cavitation is the transition from a liquid to a vapour phase, due to a drop in pressure to the level...
The hydraulic equipment and elements are designed so that the flow is not significantly affected by ...
A general treatment of acoustic cavitation for the case of one-dimensional pipe flows is presented, ...
A general treatment of acousticcavitation was presented, including both fluid dynamics instabilities...
In the transient state of a system, the occurrence of vapor pressure can be found in such as low sy...
A general conservative numerical model for simulation of transmission-line unsteady fluid-dynamics h...
A general treatment of acoustic cavitation for the case of one-dimensional pipe flows is presented, ...
The effect of cavitation plays a fundamental role in the hydraulic components design and the capabil...
The effect of cavitation plays a fundamental role in the hydraulic components design and the capabil...
A general conservative numerical model for the simulation of transmission-line unsteady fluid dynami...
Mathematical modeling is applied as an effective tool for prediction of cavitation in hydraulic comp...
Numerical modeling of cavitation using computational software is a highly pursued topic of research ...
In hydraulic elements an under-pressure is generated during fluid flow around sharp edges or changin...
Cavitation can occur at the inlet of hydraulic pumps or in hydraulic valves; this phenomenon should ...