Ultrasonic Cavitation Treatment of Metallic Alloys
Eskin, Dmitry
Ultrasonic Cavitation Treatment of Metallic Alloys - MDPI - Multidisciplinary Digital Publishing Institute 2020 - 1 electronic resource (110 p.)
Open Access
This Special Issue scrutinizes the use of ultrasonic-cavitation melt treatment in technology of high-quality metallic alloys with improved mechanical properties, and assesses the driving mechanisms of cavitation-induced effects, such as grain refinement, degassing, wetting, and particle distribution. In this context, the research published in this Special Issue considers the interaction between the cavitation field and acoustic streaming with the melt flow and the suspended solid/liquid phases, the characterization and mapping of cavitation activity in a melt volume, and the possibility of achieving high efficiency in processing large melt volumes through technological approaches for the commercial implementation of ultrasonic processing technology.
Creative Commons
English
books978-3-03928-197-8 9783039281961 9783039281978
10.3390/books978-3-03928-197-8 doi
mushy zone ultrasonic treatment ingot solidification ultrasonic melt treatment unsteady flow phenomena contactless sonotrode sump evolution aluminum alloy experimental verification ultrasonic DC casting zinc acoustic cavitation magnesium alloys ultrasonic bubble clouds interdependence model L-shaped ceramic sonotrode metal solidification sonoprocessing acoustic streaming numerical modelling induction processing ultrasound melt processing aluminium mathematical model grain refinement aluminium alloys non-linear bubble dynamics synchrotron X-ray imaging
Ultrasonic Cavitation Treatment of Metallic Alloys - MDPI - Multidisciplinary Digital Publishing Institute 2020 - 1 electronic resource (110 p.)
Open Access
This Special Issue scrutinizes the use of ultrasonic-cavitation melt treatment in technology of high-quality metallic alloys with improved mechanical properties, and assesses the driving mechanisms of cavitation-induced effects, such as grain refinement, degassing, wetting, and particle distribution. In this context, the research published in this Special Issue considers the interaction between the cavitation field and acoustic streaming with the melt flow and the suspended solid/liquid phases, the characterization and mapping of cavitation activity in a melt volume, and the possibility of achieving high efficiency in processing large melt volumes through technological approaches for the commercial implementation of ultrasonic processing technology.
Creative Commons
English
books978-3-03928-197-8 9783039281961 9783039281978
10.3390/books978-3-03928-197-8 doi
mushy zone ultrasonic treatment ingot solidification ultrasonic melt treatment unsteady flow phenomena contactless sonotrode sump evolution aluminum alloy experimental verification ultrasonic DC casting zinc acoustic cavitation magnesium alloys ultrasonic bubble clouds interdependence model L-shaped ceramic sonotrode metal solidification sonoprocessing acoustic streaming numerical modelling induction processing ultrasound melt processing aluminium mathematical model grain refinement aluminium alloys non-linear bubble dynamics synchrotron X-ray imaging