Despite numerous research efforts, there is no reliable and widely accepted tool for the prediction of erosion prone material surfaces due to collapse of cavitation bubbles. In the present paper an Erosion Aggressiveness Index (EAI) is proposed, based on the pressure loads which develop on the material surface and the material yield stress. EAI depends on parameters of the liquid quality and includes the fourth power of the maximum bubble radius and the bubble size number density distribution. Both the newly proposed EAI and the Cavitation Aggressiveness Index (CAI), which has been previously proposed by the authors based on the total derivative of pressure at locations of bubble collapse (DP/Dt>0, Dα/Dt<0), are computed for a cavitating fl...
New results from cavitating venturi water tests were used to reinforce the concept of cavitation ero...
Computer models of cavitation bubble collapse and also of liquid jet and droplet impact are describe...
A CFD investigation is in progress to study the cavitation characteristics and potential erosion ris...
In this work a new methodology for the prediction of flow areas of cavitation erosion is presented. ...
The prediction of cavitation erosion rates is important in order to evaluate the exact life of compo...
In this study bubble behavior in cavitating flow is analyzed and prediction of cavitation erosion in...
This book provides a comprehensive treatment of the cavitation erosion phenomenon and state-of-the-a...
To evaluate the aggressiveness power of cavitating flows and to improve prediction methods for cavit...
International audienceThis book provides a comprehensive treatment of the cavitation erosion phenome...
International audienceNumerical prediction of mass loss due to cavitation erosion requires the knowl...
Cavitation erosion is a well-known problem in fluid machineries which occurs due to repeated hydrody...
The prediction of cavitation erosion rates is important in order to evaluate the exact life of compo...
A new technique is proposed in this study to assess the erosive aggressiveness of cavitating flows f...
This present work devoted to simulate the unsteady cavitating flow around a hydrofoil and assess its...
International audienceThis paper is intended to provide a potential basis for a numerical prediction...
New results from cavitating venturi water tests were used to reinforce the concept of cavitation ero...
Computer models of cavitation bubble collapse and also of liquid jet and droplet impact are describe...
A CFD investigation is in progress to study the cavitation characteristics and potential erosion ris...
In this work a new methodology for the prediction of flow areas of cavitation erosion is presented. ...
The prediction of cavitation erosion rates is important in order to evaluate the exact life of compo...
In this study bubble behavior in cavitating flow is analyzed and prediction of cavitation erosion in...
This book provides a comprehensive treatment of the cavitation erosion phenomenon and state-of-the-a...
To evaluate the aggressiveness power of cavitating flows and to improve prediction methods for cavit...
International audienceThis book provides a comprehensive treatment of the cavitation erosion phenome...
International audienceNumerical prediction of mass loss due to cavitation erosion requires the knowl...
Cavitation erosion is a well-known problem in fluid machineries which occurs due to repeated hydrody...
The prediction of cavitation erosion rates is important in order to evaluate the exact life of compo...
A new technique is proposed in this study to assess the erosive aggressiveness of cavitating flows f...
This present work devoted to simulate the unsteady cavitating flow around a hydrofoil and assess its...
International audienceThis paper is intended to provide a potential basis for a numerical prediction...
New results from cavitating venturi water tests were used to reinforce the concept of cavitation ero...
Computer models of cavitation bubble collapse and also of liquid jet and droplet impact are describe...
A CFD investigation is in progress to study the cavitation characteristics and potential erosion ris...