EFFECT OF CORIOLIS FORCES ON NONSTATIONARY INCOMPRESSIBLE 
VISCOUS LIQUID FLOW IN A CHANNEL

G. V. Dashkov and V. D. Tyutyuma

UDC 532

We present a solution of the problem of nonstationary 
viscous incompressible liquid flow in a channel, taking account of 
the action of Coriolis forces. In this case the solution is shown 
to be determined by the sole dimensionless Taylor parameter, with 
an increase of which the velocity regime of nonstationary flow changes 
from a monotonic to a pulsating one.

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