MOTION OF PARTICLES THROUGH THE INTERFACE OF DIFFERENT-DENSITY 
METAL SPECIMENS UNDER THE CONDITIONS OF SUPERDEEP PENETRATION
S. K. Andilevko , O. V. Roman , and S. S. Karpenko

UDC 534.2

The parameters of motion of particles in a thin layer 
of material adjacent to the plane boundary of two semi-infinite specimens 
of different densities under the conditions of superdeep penetration 
are calculated on the basis of the hydrodynamic model. Results of 
the calculations are checked experimentally. The efficiency of superdeep 
penetration for different-density materials (aluminum, steel, copper) 
and their combinations is determined.

JEPTER7492020004
JEPTER749204