Besides projects realized for the branches that form our main specialization, DigitalXpert also conducts development in other directions. In particular, our specialists have created a number of projects for scientific institutions.

Scientific software unites a whole complex of programming systems meant for analysis, synthesis, simulation modeling of various systems. This kind of software is more and more integrated into the practical educational process and into daily life of research institutions. Software systems allow getting scientific and practical results that are used in both research and education.

Scientific software is used for the following purposes:

• Models building;
• Systems analysis and synthesis;
• Realization of complex calculation processes;
• Training schoolchildren and college students.

Our solutions:

Development of methods and a program using differential algorithms

DSFlow: modeling of diatomic molecule collision and calculation of transfer factor

Within the framework of semi-classical and quantum model of polyatomic molecules collisions the multidimensional integrals of collision and transport factors were calculated.

The solution's key feature lay in implementation of high-performance computer systems with management of parallel calculations.

The task was performed for IHPDB ( Institute of High Performance and Data Bases).

Development of a program for calculation of the elementary processes in fluid dynamics

GGn: generator for differential networks for a volumetrical problem of a dilative gas stream

Within the framework of the project, a networks generator was created possessing an adaptive analysis scheme. Depending on the computational problem geometry, the generator allows selecting approximation order, using curvilinear networks, and so on. The project was performed in several versions: Fortran (for Unix), С ++/DLL (for Windows).

The product was purchased by and further used for calculations in the State Institution for Applied Chemistry (SIAC).