Abstract
The work is devoted to approximate methods for solving the system of gas dynamics equations describing the gas motion in ascending swirling flows. The approximate solution of the system of partial differential equations describing the motion of the contact surface - the outer boundary of the ascending swirling flow and gas parameters on it is constructed in the paper. It is assumed that gravitational and Coriolis forces act on the ascending swirling flow, and a stationary gas flow runs over its outer boundary. In the form of the system of partial differential equations, the law of motion of the outer boundary of the ascending swirling flow is written. The approximate solution for the law of motion of the outer boundary and gas parameters on it is constructed in the form of series segments.
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