According to this equation, the pressure loss in the high-pressure flushing hose is inversely proportional to the internal diameter and the hose length, the squared mean flow velocity and the pipe coefficient of friction. The latter is a function of the Reynolds number and the relative hydraulic roughness.
In practice, so-called pressure loss tables which are supplied by the hose manufacturers are used to facilitate the calculation of pressure losses in the high-pressure flushing hose.
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