Maximization of the lift coefficient of airfoils equipped with active flow control devices of inverse boundary-
value problems of aerohydrodynamics. The
initial problem with limitations is reduced
Application of the Chebyshev collocation method to solve boundary value problems of heat conduction, a combined approach is used, dividing the original
problem into two subproblems. The first of them
Numerical method for restoring the initial condition for the wave equationThe inverse
problem of restoring the
initial condition for the time derivative for the one
The Problem of Controllability with the Phase Space Change the controllability of the object described by such system from the
initial set in one space to the given set
Initial–boundary value problems for Fuss-Winkler-Zimmermann and Swift–hohenberg nonlinear equations of 4th order of the Swift–Hohenberg equation and dynamic descent to the points of minimal
values of the functional of energy
INITIAL BOUNDARY VALUE PROBLEMS FOR FUSS-WINKLER-ZIMMERMANN AND SWIFT-HOHENBERG NONLINEAR EQUATIONS OF 4TH ORDER of the Swift-Hohenberg equation and dynamic descent to the points of minimal
values of the functional of energy