A Software Suite for Performing Science Intensive Computational Experiments Based on Vortex Methods for Numerical Modeling of Non-Stationary Hydrodynamic Processes

Vasenin V.A., Gircha A.I., E-mail: vasenin@msu.ru

Issues related to construction of effective software suite built with the use of elements of software engineering for performing computational experiments based on vortex methods for numerical modeling of non-stationary hydrodynamic processes are considered. The results of the main stages of the development process of the software suite are presented. These stages include: formalization and systematization of the requirements, software architecture development, detailed design, development of effective algorithms, coding and testing. The results of the testing process prove that the characteristics of the software suite conform to the requirements formulated.

Keywords: software suit, software engineering, software quality, software complexity metrics, computational hydrodynamics

pp. 25–32