Previous water hammer tests have revealed pressure spikes in the cavitation regime. With the aim of explaining the phenomena and enhancing the understanding of the pressure hammer phenomenon in general, a high speed imaging (HSI) setup was installed at the test bench. To complement the high speed imaging a wire mesh sensor was used. The wire mesh sensor (WMS) allowed the measurement of the cross-sectional void fracture distribution in the pipe while the flow was cavitating. The results of the measurements are presented and discussed
Direct measurement of the wall pressure loading of the spherical boundary subjected to the near-fiel...
The fluid structure interaction phenomenon occurring in confined implosions is investigated using hi...
The paper describes an investigation into a water hammer with column separation. Special attention i...
A pipe water hammer with column separation was studied in a range of flow rates (Re = 465 to 2239) i...
This paper aims to demonstrate a measurement method of pressure wave speed in stainless-steel pipe f...
"The water hammer and inertia-driven cavitation hammer phenomena caused by the activation of fast-ac...
This work is concerned with water hammer phenomenon at various static pressures. An apparatus was sp...
ABSTRACT When the flow of water inside the pipe suddenly sloped by closing the valve it will cause w...
Cavitation erosion is one of the main concerns in hydraulic rock drills and can reduce both performa...
The phenomenon of vapour cavitation due to water hammer is investigated ex-perimentally using high f...
Eight 34CrMo4 high-pressure seamless steel cylinders (HPSC) with a nominal water-containing capacity...
[[abstract]]When studying mechanical heart valve cavitation, a physical model allows direct flow fie...
Fast acting valves are often applied for quick safety shut-down of pipelines for liquids and gases i...
textA sudden change in flow in a confined system results in the formation of a series of pressure pu...
The behaviour of gas-liquid two-phase flow has been studied extensively in the past at near atmosphe...
Direct measurement of the wall pressure loading of the spherical boundary subjected to the near-fiel...
The fluid structure interaction phenomenon occurring in confined implosions is investigated using hi...
The paper describes an investigation into a water hammer with column separation. Special attention i...
A pipe water hammer with column separation was studied in a range of flow rates (Re = 465 to 2239) i...
This paper aims to demonstrate a measurement method of pressure wave speed in stainless-steel pipe f...
"The water hammer and inertia-driven cavitation hammer phenomena caused by the activation of fast-ac...
This work is concerned with water hammer phenomenon at various static pressures. An apparatus was sp...
ABSTRACT When the flow of water inside the pipe suddenly sloped by closing the valve it will cause w...
Cavitation erosion is one of the main concerns in hydraulic rock drills and can reduce both performa...
The phenomenon of vapour cavitation due to water hammer is investigated ex-perimentally using high f...
Eight 34CrMo4 high-pressure seamless steel cylinders (HPSC) with a nominal water-containing capacity...
[[abstract]]When studying mechanical heart valve cavitation, a physical model allows direct flow fie...
Fast acting valves are often applied for quick safety shut-down of pipelines for liquids and gases i...
textA sudden change in flow in a confined system results in the formation of a series of pressure pu...
The behaviour of gas-liquid two-phase flow has been studied extensively in the past at near atmosphe...
Direct measurement of the wall pressure loading of the spherical boundary subjected to the near-fiel...
The fluid structure interaction phenomenon occurring in confined implosions is investigated using hi...
The paper describes an investigation into a water hammer with column separation. Special attention i...