CAVITATION MOTION OF A SEMICIRCULAR CYLINDRICAL PROTRUSION ALONG THE HORIZONTAL BOTTOM OF A LIQUID AFTER IMPACT AT SMALL TIMES
摘要
The problem of a cavitation impact and subsequent motion with a constant velocity of a semicircular cylindrical protrusion along a horizontal bottom of an ideal, incompressible, heavy liquid is considered. An attached cavity is formed behind the body, and a new internal free boundary of the liquid appears. It is necessary to study the dynamics of the cavity at small times, taking into account inner solutions near the separation point.