Group characteristics
The research group is engaged in the solution of transport phenomena in building materials and components using methods of mathematical and computational modeling. Heat, moisture, chemical compounds, and electric charge transport belong to characteristic examples of problems solved. The computer simulated data are utilized, e.g., for the assessment of hygrothermal- and energy performance of building envelopes, or service life prediction of surface layers. Computational methods are also employed at design and optimization of composite mixtures, or tailored design of specific components in building structures.
| J. Maděra | implementation of mathematical models, computer simulations of heat, moisture, and chemical compounds transport |
|
| R. Černý | physical and mathematical models of coupled heat, moisture, chemical compounds, and electric charge transport |
|
| L. Fiala | modeling of Joule heat evolution in building materials with enhanced electrical properties |
|
| J. Fořt | economical impact simulations |
|
| J. Kočí | inverse analysis of transport phenomena in porous building materials, modeling of climatic effects on building structures |
|
| V. Kočí | computer modeling and optimization of experimental setups |
|
| I. Medveď | theoretical studies of heat and mass transport in porous materials, modeling of phase change processes | |
Members
