The goal of the project was to guarantee a highly economical use of nuclear fuel and minimize nuclear power plant operational costs.

Development of a solution for automatic quality classification of cubic zirconia gemstones.

Finite element analysis of parts of power plants – analysis of stress, deformation and strain, temperature, fatigue and lifetime.

Analysis of excessive deflection of new prestressed concrete bridge over Labe river in Mělník.

Prediction of security of concrete containments which contain nuclear reactors.

Using numerical simulation to improve laser shock peening (LSP) treatment of a cutting edge and, ultimately, improve the cutting edge lifespan.

Mathematical tools for reducing noise of the machines, predicting life of the structures, effective cooling and ventilation, defrosting windshield.

Structurally efficient, lightweight, application-specific design of internal structure of carbon fiber reinforced polymer (CFRP) beams.

Providing optimization algorithms for headlamps adjustment.

Improving image reconstruction in 3D cryo-electron microscopy (cryoEM) for molecular and nano-scale imaging.

Modelling of thermo-hydro-mechanical processes in geological environment.

Developing more efficient and robust algorithms for the company’s new synthesis process for automatic transmission structures.