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Stability analysis of schemes with upwind differences for the solution of the system of kinetic equations for the modelling of semi-compressible gas

机译:用于模拟半压气体型动力学方程溶液求解的方案的稳定性分析

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Stability analysis of the finite-difference schemes for the solution of the system of kinetic equations is performed. Two types of the schemes are considered: schemes with separate discretization of derivatives in convective terms and schemes with uniform discretization of these terms. Analysis is based on von Neumann method. As a main result of the analysis performed the larger values of the areas of stability domains for the schemes with uniform discretization were obtained. This result allows to recommend this type of numerical schemes for the solution of the hydrodynamical problems for the semi-compressible gases and fluids.
机译:进行了动力学方程溶液的有限差分方案的稳定性分析。考虑了两种类型的方案:方案,具有与对流术语和方案中衍生物的单独离散化的计划,具有统一的离散化。分析基于von neumann方法。作为分析的主要结果,在获得了具有均匀离散化的方案的稳定性域区域的较大值。该结果允许推荐这种类型的数值方案,用于解决半可压缩气体和流体的流体动力学问题。

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