The article presents the possibility of increasing the service life of mill lining. Special attention is paid to the use of rubber linings for mills. A mathematical model of the asynchronous motor of ore grinding mills has been developed, i.e., the moment of resistance is shock. A system of equations for a synchronous motor of a mill plant for the d and q axes is described. Based on mathematical modeling of mill plant operating modes, it was determined that the corrosion coating prolongs the mill's service life, and the transition time is reduced to 10%
The size of mills driven by ring-gear or by a gearless solution has significantly increased in the l...
Tumbling mills describe a class of mechanical systems defined by a cylindrical chamber filled with b...
Mining, metallurgical, enrichment and processing enterprises require a large amount of electricity c...
Current technology and simulation software used in the mining industry fail to factor in the effect ...
Due to the high energy consumption of milling, it is desirable to improve the efficiency of this pro...
We have analytically derived an equation that relates the technological parameters of a ball mill, g...
In mineral processing the mill power plays a major role in the economics of the process and is a cri...
Liners in grinding mills not only protect the mill shell from the aggressive environment inside the ...
Comminution processes are used in the metallurgical industry to reduce the particle size of mined or...
Presents the results of studies of innovative materials in the field of metallurgy. The article desc...
The article substantiates the expediency of using a controlled electric motor in grinding mechanisms...
A comparative testwork programme was conducted using a laboratory scale vertical fluidised stirred m...
Ball mills, i.e. rotating cylindrical drums filled with a feed material and metal balls, also known ...
The operation of SAG mills is variable over time due to their continually changing liner shape, mass...
Abstract: Current issues of energy saving in cement production, using technological milling complex,...
The size of mills driven by ring-gear or by a gearless solution has significantly increased in the l...
Tumbling mills describe a class of mechanical systems defined by a cylindrical chamber filled with b...
Mining, metallurgical, enrichment and processing enterprises require a large amount of electricity c...
Current technology and simulation software used in the mining industry fail to factor in the effect ...
Due to the high energy consumption of milling, it is desirable to improve the efficiency of this pro...
We have analytically derived an equation that relates the technological parameters of a ball mill, g...
In mineral processing the mill power plays a major role in the economics of the process and is a cri...
Liners in grinding mills not only protect the mill shell from the aggressive environment inside the ...
Comminution processes are used in the metallurgical industry to reduce the particle size of mined or...
Presents the results of studies of innovative materials in the field of metallurgy. The article desc...
The article substantiates the expediency of using a controlled electric motor in grinding mechanisms...
A comparative testwork programme was conducted using a laboratory scale vertical fluidised stirred m...
Ball mills, i.e. rotating cylindrical drums filled with a feed material and metal balls, also known ...
The operation of SAG mills is variable over time due to their continually changing liner shape, mass...
Abstract: Current issues of energy saving in cement production, using technological milling complex,...
The size of mills driven by ring-gear or by a gearless solution has significantly increased in the l...
Tumbling mills describe a class of mechanical systems defined by a cylindrical chamber filled with b...
Mining, metallurgical, enrichment and processing enterprises require a large amount of electricity c...