Calculation Of The Macrobody Acceleration Process In A Railgun Without Casing Using The Temetos Platform
Abstract:
Methods for solving problems in an unlimited field are considered. Algorithms for specifying artificial boundary conditions for modeling the electromagnetic field based on Green's formulas and the Biot – Savard – Laplace law are constructed. All arguments are presented on the example of constructing a model for calculating the process of acceleration of a macrobody in an electrodynamic rail-type accelerator. The features of the software implementation of the computational algorithm are presented, in particular, the process of conducting a computational experiment using the graphical interface of the Temethos platform is described. The results of calculations are presented, demonstrating the correctness of the constructed methods.
