Parallelization of Finite-Volume Numerical Methods of Computational Fluid Dynamics by Means of Shared Memory Computing Systems

The article considers the problems of parallelization of finite-volume numerical methods concerning the calculation of the streaming flow of conservative quantities through the boundaries of computational cells for systems operating with shared memory. Three approaches to solving this problem were analyzed, for which a theoretical justification was carried out, implementation, testing, analysis of the performance and scalability of the proposed methods were performed.