From Institute of Novel Technologies and Applied Informatics
Research at NTI FM TUL
Research at Institute of New Technologies and Applied Informatics has interdisciplinary character. It usually deals with the physical description of a natural or technical system, mathematical formulations, numerical methods and their implementations. Model development is directly intended on a given application ("tailored" model), in some cases, theoretical view on the model is also developed (for example convergence of a numerical methods, etc.). We solve problems mainly from the following research areas:
Contents |
Science engineering
1. Environmental processes
Development and analysis of models of the physical processes, mathematical theory of the governing equations and the numerical methods used.
- Contaminant transport in porous media (old web site, not updated)
- Processes in fracture systems (old web site, not updated)
- Optimization and control of the processes (old web site, not updated)
- Modeling of processes at the near field of high level waste repository
- Geochemical modelling
- Special remedial technologies (nanoiron, phytoremediation)
2. Biomechanics
Mechatronics
1. Piezoelectric phenomena (more info in Czech)
Modelling of resonance characteristics of piezoelectric resonators, thermal dependence of resonance frequency. Optimisation of resonator construction. Modelling of electric field in thin ferroelectric layers.
2. Processes in internal combustion engine
3. Construction analysis using the Finite Element method (more info in Czech)
Application of FEM tools for verification of properties of machine constructions and technological procedures.
Applied informatics
1. Computer nets, their protocols and services
2. Web applications and semantic web
Projects
Research centres and international projects
- Research centre Advanced Remedial Technologies and Processes
- Research Optical National Research Network and its New Applications (solved by CESNET)
- International project MobEduNet in frames of Socrates/Minerva programme
National projects
- Fracture-porous model of groundwater flow and solute transport (GAČR 102/04/P019)
- Software tools for computations, analysis, and control of porous medium processes in density-driven flow (GAČR 102/05/P284)
- Software tool for analysis and control of remedial processes in situ influenced by chemical reactions (GAČR 102/06/P450)
- Software tools for computations and analysis of fields in piezoelectric converters and their optimization (GAČR 102/06/P031)
- Research of production and usage of zero-valency iron for remediation of contaminated groundwater (KAN108040651)
- Mathematical modelling of migration and interaction of nanoparticles (1ET408040515)
- Modelling and quantification of dynamic system reliability (T401940412)
