Geodesic

Tome 24 (2012) no. 12

Sommaire

The algebraic model of relevant backward inference based on equation solving
p. 3-7
Mathematical simulation of helical flux compresion generator physics
p. 8-12
To modeling of electron tunneling from ultrathin blade cathode
p. 13-22
On self-organization processes of nanostructures on semiconductor surface by ion bombardment
p. 23-28
Exponential finite-difference schemes with double integral transformation for desicion of diffusion-convection equations
p. 29-32
Parallel solving of optimization problems on distributed systems by asynchronous differential evolution
p. 33-37
The modeling of some optical systems on the base of parabolic differential-difference equation
p. 38-42
LLL-solver
p. 43-48
Localization of gas-dynamic fields singularities and adaptation of grid to the singularities position
p. 49-54
Quasi-acoustic scheme for the Euler equations of gas dynamics in two dimensional case
p. 55-59
Modeling of phase transitions in materials irradiated by heavy ions of high energies
p. 60-64
Application of the approximation multidimentons data method for solving dynamic problems
p. 65-71
$J/\psi$ reconstruction in the dimuon decay channel with the CBM experiment for pAu collisions at 30 GeV
p. 72-77
Adaptation for GPU of numerical algorithms for dinamic filtration processes in percolation grids
p. 78-85
Numerical schemes of the support operators method for elasticity theory equations
p. 86-96
Magneto-rotational instability in the accreting envelope of a protostar
p. 97-101
Charged particles identification by energy loss in TPC of NICA/MPD
p. 102-106
Training artificial neural networks with dynamic particle swarm optimisation
p. 107-112
Mathematical simulation of heat conductivity in composite object with cylindrical symmetry
p. 113-118
Numerical solution for gas dynamics system of equations in Lagrange variables
p. 119-123
Research of the impact of different limiting functions on the order of solution obtained by RKDG
p. 124-128
Numerical study of one-step lineary implicit methods which are L-equivalent to stiffly accurate two-stages Runge–Kutta schemes
p. 129-136