Aspects of modeling the magnetically controlled thermal accumulators for aerospace engineering modeling for a thermal control system with TM based on the
finite integral transform method is carried out
Transmutation operators boundary value problems several ways to obtain
transformation operators are considered: the
finite integral transforms, Neumann
Non-stationary bending of a finite electromagnetoelastic rod and the Laplace
transform in time are used. The solution of the problem is constructed in
integral form
Traces of Quantized Canonical Transformations Localized on a Finite Set of Points present conditions on the
transformation g under which such an operator has the form of a Fourier
integral Finite Difference Models of Dynamical Systems with Quadratic Right-Hand Side, we derive theorems on the inheritance of quadratic
integrals by these schemes (Cooper’s theorem
О периодических приближенных решениях динамических систем с квадратичной правой частью that the Cremona
transformation is performed at each step of the calculations using a difference scheme
Analytical modelling of the formation temperature stabilization during the borehole shut-in period-difference and
finite-element methods or analytically, by applying the Laplace-
transform method. Formulae, analytically