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Empirical heat transfer correlations of tube bundles under pulsating flows of the parameters of pulsations on heat transfer was carried out by empirical correlation. A new empirical
Energy efficiency of pulsating flows at heat-transfer enhancement in a shell-and-tube water oil cooler flows during of enhancement heat transfer in a shell-and-tube water oil cooler was studied. A device
Thermal and hydraulic efficiency of the staggered tube bundle in pulsating flow. In this paper, the hydraulic fluid efficiency of diamond-coated tube bundles is determined for a pulsating flow
Minimum density of irrigation of the rotor of a film centrifugal heat and mass-exchange apparatusMinimum density of irrigation of the rotor of a film centrifugal heat and mass-exchange apparatus
Comparative efficiency of pipeline heat-insulating materials of heat insulation of the pipelines. A comparative analysis of heat insulation of the heat lines: PUF
Thermal and hydraulic efficiency of the corridor tube bundle in conditions of pulsating flow of fluid and hydraulic efficiency η of tube bundles with a pulsating flow is given in the paper. Based on numerical
Factors influencing on the thermal flow with the cross-section of the corridor tube bundle in low-frequency non-symmetric pulsations numbers was Re < 1000 pulsation frequency f = 0.5, Hz, relative amplitude A / D = 1.25. It is shown
External heat transfer in corridor and staggered tube bundles of different configuration under the application of low-frequency pulsations coefficient for cross flow around a tube bundle by a pulsating flow was studied by numerical method. ANSYS
Designing of diffusion coatings on bimetallic parts (steel, bronze) of complex diffusion layers on the bimetallic surface of steel, bronze can be used as a way to improve
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