Validace velkorozměrové zkoušky požáru dřevostavby prostřednictvím matematického modelování

Abstract

This thesis deals with large-scale tests of fire wood and mathematical modeling of the fire. First, the basic information about timber construction, large-scale testing (materials, dimensions of objects etc.) and used detection equipment to record temperature, heat flux density and other parameters. It is also generally described mathematical modeling of fire and its authentication method. After that, the work deals with the mathematical model of fire wood building. Finally, the results actual large-scale tests of fire wood building and a mathematical model. The aim is to validate whether the software for mathematical modeling of fire can simulate a real fire and have a relatively consistent results each detection equipment.