Valve Control of Drive With Rotary Hydraulic Motor

Optimization of the Developed Outer Surface of an Industrial Oil Cooler

“…The heat exchanger's outer surface is equipped with double-sided multiple ribs to increase the device heat efficiency. However, according to [Khaibullina 2016, Zhinov 2013, Golovanchikov 2015, additional complications of the developed outer surface can have a negative impact on the economic efficiency of the oil cooler. The paper solves the problem of optimizing the geometry of the developed outer surface of an industrial oil cooler by methods of computational mechanics.…”

“…3. In view of the duration of the considered processes and their operation in stationary modes, we consider stationary processes of air flowing around the oil cooler ribs and convective heat exchange [Cernecky 2015, Dmitriev 2017]. 4.…”

“…In operation, the oil heats up; therefore, it is necessary to remove heat by installing an oil cooler, the geometry of which directly affects the thermal efficiency of the device [Tsygankov 2013]. Currently, the problem of choosing the form of oil cooler ribbing, as well as optimizing their design parameters, remains relevant because of the wide industrial use of hydraulic units and electric motors [Hruzik 2019, Kozubkova 2019. Their functioning is impossible without sufficient cooling due to overheating of elements and, as a consequence, their subsequent deformation and destruction [Taradai 2003, Zhinov 2013, Dmitriev 2017].…”