The application of acoustic emission (AE) technique in detection and monitoring of bubble formation and collapse in valves are presented in this review. The generation of AE signals and the basic compositions of AE detection system are briefly explained. The applications of AE technique in valves are focused on condition monitoring and detection bubble formation (bubble cavitation), and leakage of water through valves. All results prove that the AE technique works well for detection and diagnosis of failures during valves
The acoustic cavitation phenomenon is a source of energy for a wide range of applica-tions such as s...
International audienceCavitation erosion in hydraulic machinery, such as in turbines and pumps, ofte...
This project was carried out as a study of pipe leak source location using single channel acoustic e...
Bubble formation phenomena in a two-phase gas/liquid system occur in many industries that involve bo...
Bubble and cavitation effects phenomena can be encountered in two-phase gas-liquid systems in indust...
International audienceIn order to investigate the potential of the acoustic emission technique in pr...
This paper reports the results of a study for the early detection of bubble formation during the boi...
This study was carried out to monitor valve condition monitoring by using acoustic emission techniqu...
Bubble and cavitation effects phenomena can be encountered in two-phase gas-liquid systems in indust...
International audienceA laboratory testing method to detect single cavitation bubble and cavitation ...
This thesis presents an experimental investigation and identifies the feasibility of the use of AE t...
-Based on literature studies of acoustic emissions (AE) from leaking valves the basic behaviour of s...
Cavitation phenomenon can cause deterioration of the hydraulic performance, damage by pitting, mater...
Abstract-----The phenomena of bubble in a two-phase gas liquid system is encountered in many industr...
Pumps play a significant role in industrial plants and need continuous monitoring to minimise loss o...
The acoustic cavitation phenomenon is a source of energy for a wide range of applica-tions such as s...
International audienceCavitation erosion in hydraulic machinery, such as in turbines and pumps, ofte...
This project was carried out as a study of pipe leak source location using single channel acoustic e...
Bubble formation phenomena in a two-phase gas/liquid system occur in many industries that involve bo...
Bubble and cavitation effects phenomena can be encountered in two-phase gas-liquid systems in indust...
International audienceIn order to investigate the potential of the acoustic emission technique in pr...
This paper reports the results of a study for the early detection of bubble formation during the boi...
This study was carried out to monitor valve condition monitoring by using acoustic emission techniqu...
Bubble and cavitation effects phenomena can be encountered in two-phase gas-liquid systems in indust...
International audienceA laboratory testing method to detect single cavitation bubble and cavitation ...
This thesis presents an experimental investigation and identifies the feasibility of the use of AE t...
-Based on literature studies of acoustic emissions (AE) from leaking valves the basic behaviour of s...
Cavitation phenomenon can cause deterioration of the hydraulic performance, damage by pitting, mater...
Abstract-----The phenomena of bubble in a two-phase gas liquid system is encountered in many industr...
Pumps play a significant role in industrial plants and need continuous monitoring to minimise loss o...
The acoustic cavitation phenomenon is a source of energy for a wide range of applica-tions such as s...
International audienceCavitation erosion in hydraulic machinery, such as in turbines and pumps, ofte...
This project was carried out as a study of pipe leak source location using single channel acoustic e...