The laboratory is dedicated to the development of mathematical models and numerical methods for solving complex problems across all engineering fields. Furthermore, it leverages the most modern technologies in computational mechanics to solve interdisciplinary problems and to facilitate the transfer of research results from the university environment to industrial reality. To achieve this, both commercial simulation software and internally developed calculation codes are utilized to solve specific problems.
the laboratory focuses on development of mathematical models and numerical methods to solve complex problems in all engineering sectors. The main activities include:
- Development of mathematical models:
- Creation of advanced models to address engineering challenges complex ones in various fields.
- Application of numerical methods:
- Use of numerical techniques to solve problems that require advanced computational approaches.
- Computational mechanics:
- Employment of the most modern computational mechanics technologies for the simulation and analysis of complex systems.
- Solution of interdisciplinary problems:
- Application of computational technologies to solve interdisciplinary problems, with a particular focus on solutions spanning various branches of engineering.
- Transfer of research results to industry:
- Contribution to the technology transfer of research results, promoting the collaboration between the university environment and industrial reality.
- Calculation software:
- Use of advanced commercial software and in-house developed calculation codes to solve specific problems and optimize processes.
These activities support progress in applied research and promote technological innovation in industrial sectors, ensuring practical and efficient solutions for real engineering challenges.