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The calculations of heat and hydraulic characteristics and influence of apparatus with intensifiers size
analysis to heat exchanger potential of equipment were made onto the basis of known experimental
data recommendations. Calculations data were received in a range of parameters, that are typical for
a heat and water supply systems.
It was obtain, that in studied range of Reynolds’s number, the most better heat transfer coefficient
value is for the tubes with dimpled interface with Re<3*10,3 and in case a swirl tubes by Re>3*103.
Under the stipulation of scales, the heat transfer coefficient for a swirl tube and tube with circular
knurl in a beginning is decreasing, and then comes out on a constant, whereas for a smooth tube –
monotonically decrease in time. Pressure losses in heat exchanger with twisted tubes are almost the
same as in case of smooth tubes. Pressure losses in heat exchanger with dimpled tubes are less than in
case of smooth tubes
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