DigiTEF
The use of DigiTEF allows to minimize in-situ experiments, to reduce costs and to optimize the production process.
DigiTEF is
a software complex for computer simulation and engineering analysis of interdisciplinary, applied and scientific-technical industrial problems. It is developed using open source software as well as unique modules and libraries from ISP RAS.
Comparison with analogs
DigiTEF as a simulation software
A simple graphical user interface that can be customized.
Export physical variable fields from volumes or surfaces in industry-standard formats.
Use modern physical models and algorithms to synchronize the technological level with the international community.
Import 3D objects and calculate meshes in popular formats for integration with various engineering software.
Automatic meshing in parallel mode (dynamic, moving, deformable and adaptive with overlapping elements).
The ability to use high-performance systems, such as supercomputers and clusters, to speed up computations.
DigiTEF as an integration platform
Various open source software programs are integrated as components of a complex system to solve unique interdisciplinary problems on behalf of enterprises. This integration results in solutions that are more accurate and reliable than any other comparable product in the world.
Applications
Open source versions of the DigiTEF modules are successfully used in academic, educational and industrial institutions around the world, including Institut Pprime (France), Korea Atomic Energy Research Institute (South Korea), Universität der Bundeswehr München (Germany), Northwestern Polytechnical University (China), Ocean University of China (China), Embry-Riddle University (USA), and California Institute of Technology (USA), among others.