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Parallel algorithm for calculating the dynamics of the electron beam current distribution during pulsed heating of a metal target
Lazareva G., Korneev V., Maksimova A., Arakcheev A.
of the two-phase Stefan problem, is necessary for solving electrodynamic equations. To implement them
Calculation of the expansion dynamics of evaporated tungsten under the action of a laser pulse
Arakcheev A.S., Lazareva G.G., Maksimova A.G., Popov V.A., Ivashin N.E.
on the solution of the problem. Boundary conditions for temperature are obtained as a result of solving the two-phase
Parallel algorithm for calculating the dynamics of tungsten vapor distribution
Lazareva G., Korneev V., Maksimova A., Arakcheev A.
RAS. The temperature in the sample is calculated from the two-phase Stefan problem. The temperature
Estimation of the change in the gas flow rate from the surface of a tungsten plate under pulsed heat load
Lazareva G.G., Arakcheev A.S., Popov V.A., Maksimova A.G.
. The tungsten evaporation model is based on solving the two-phase Stefan problem for temperature in the sample
Mathematical Modeling of Melting Tungsten Exposed to Pulsed Laser Beam
Lazareva G.G., Arakcheev A.S., Popov V.A.
by solving the two-phase Stefan problem. The free boundary is ignored during the calculation, since
Mathematical Model of Thermocurrents Based on Calculation of Electrical Resistance and Thermopower As an Integral over Electron Energy
Lazareva G.G., Popov V.A., Okishev V.A., Burdakov A.V.
equations and a two-phase Stefan problem in cylindrical coordinates. Based on the temperature distribution
Численные методы решения задачи Стефана
Бородин, С. Л., Borodin, S. L.
All of the most well-known numerical methods for solving the Stefan’s problem, as well as a new
Задача Стефана как предельный случай задачи о фазовом переходе в спектре температур
Аксенов, Б. Г., Карякина, С. В., Aksenov, B. G., Karyakina, S. V.
not allow Such inequalities are inapplicable for the Stefan problem because at phase transition boundary
On 3D dynamic control of secondary cooling in continuous casting process
Dautov R., Kadyrov R., Laitinen E., Lapin A., Pieskä J., Toivonen V.
pointwise relaxation method. Two different type of methods are used to control the secondary cooling, namely
Математическое моделирование плавления вольфрама при воздействии лазерного импульса
Лазарева Г.Г., Аракчеев А.С., Попов В.А.
the influence of a pulsed thermal load based on the solution of the two-phase Stefan problem. The free boundary

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