In the manuscript process of crystallization of metals at ultrasonic influence is considered. The known models of crystallization under the influence of ultrasound are investigated. By means of calculations influence of parameters of ultrasonic influence and characteristics of crystals of metal on the received structure of alloy is established. The corresponding mathematical model of ultrasonic crushing of particles and their agglomerates in metal fusion is offered. It is determined the threshold mode of ultrasonic influence on fusion at which almost monodisperse distribution of particles by the sizes is reached
This experiment utilized five Aluminum alloys with silicon content percentages of 7, 10, 12.6, 14.5 ...
The effect of ultrasonic vibration on the microstructure, elimination of casting defects and distrib...
When ultrasound is applied to a solution for crystallization, it can affect the properties of the cr...
This work considers the deagglomeration and wettability of particles by metal melt and proposes a me...
The purpose of the work: the development of the physical, practical grounds of using the ultrasound ...
Ultrasonic processing is applied to modify nanopowders of metals for the creation of composition all...
Deagglomeration and wetting of submicron particles in a metal melt under ultrasonic exposure are co...
Recently among different ways of processing of materials the combined processing is applied. Applyin...
The research in ultrasonic processing for metallurgical application shows a promising influence on i...
Ultrasonic processing in the cavitation mode is used to produce the composite materials based on the...
The purpose of this project was to determine the impact of a new breakthrough technology, ultrasonic...
It is known that the use of external effects, such as acoustic fields (from ultrasonic to low-freque...
Ultrasonic irradiation during solidification has emerged as an effective means of structural refinem...
An experimental study has been conducted to assess the structural refinement of magnesium and its al...
In this paper, a phenomenological crystal plasticity model is modified to account for acoustic (ultr...
This experiment utilized five Aluminum alloys with silicon content percentages of 7, 10, 12.6, 14.5 ...
The effect of ultrasonic vibration on the microstructure, elimination of casting defects and distrib...
When ultrasound is applied to a solution for crystallization, it can affect the properties of the cr...
This work considers the deagglomeration and wettability of particles by metal melt and proposes a me...
The purpose of the work: the development of the physical, practical grounds of using the ultrasound ...
Ultrasonic processing is applied to modify nanopowders of metals for the creation of composition all...
Deagglomeration and wetting of submicron particles in a metal melt under ultrasonic exposure are co...
Recently among different ways of processing of materials the combined processing is applied. Applyin...
The research in ultrasonic processing for metallurgical application shows a promising influence on i...
Ultrasonic processing in the cavitation mode is used to produce the composite materials based on the...
The purpose of this project was to determine the impact of a new breakthrough technology, ultrasonic...
It is known that the use of external effects, such as acoustic fields (from ultrasonic to low-freque...
Ultrasonic irradiation during solidification has emerged as an effective means of structural refinem...
An experimental study has been conducted to assess the structural refinement of magnesium and its al...
In this paper, a phenomenological crystal plasticity model is modified to account for acoustic (ultr...
This experiment utilized five Aluminum alloys with silicon content percentages of 7, 10, 12.6, 14.5 ...
The effect of ultrasonic vibration on the microstructure, elimination of casting defects and distrib...
When ultrasound is applied to a solution for crystallization, it can affect the properties of the cr...