The main task of practical hydrodynamics is a quantitative assessment of head losses on overcoming hydraulic resistance, determining the reliability of hydraulic calculations for the design of hydraulic systems.
Основной задачей практической гидродинамики является количественная оценка потерь напора на преодоление гидравлических сопротивлений, определяющая надежность гидравлических расчетов при проектировании гидросистем ...
With the transfer of industrial enterprises to full recycled water supply with process water there appeared the phenomenon of overgrowing of main pulp lines and water lines of recycled water with mineral-organic deposits, which gradually reduced the throughput capacity with subsequent blockage.
The formation of mineral-organic deposits on the inner surface of slurry lines, valves and pumps leads to a sharp decrease in their service life, increased energy and operating costs, reduced productivity of the entire hydraulic conveying system.
Recently, the hydraulic transport of fine materials at a distance of tens, hundreds, and sometimes thousands of kilometers is becoming increasingly common.
Hydrotransport of bulk materials has become widespread in the removal of industrial waste at mining, metallurgical and energy enterprises, so there was a need to develop scientifically based methods of calculation of hydraulic conveying systems ...
