Fire properties of materials and elements

We verify the safety of energy-efficient buildings in case of fire. We simulate and experimentally verify the behavior of structural elements in small-scale and large-scale tests in our or partner facilities.

Aktuality

We model the thermal degradation and combustion of wood-based panel materials Přidáno: 2020-06-18

The University Center for Energy-Efficient Buildings of CTU participates in the development of a mathematical model that is applied in...

We test the flammability of cladding materials on a real scale Přidáno: 2019-10-03

In the fire laboratory of the University Center for Energy Efficient Buildings of CTU, we conducted a large-scale test of a front wall...

We have developed the miniFUR furnace for medium-sized fire tests Přidáno: 2019-09-02

The CTU UCEEB fire laboratory developed and regularly uses the miniFUR furnace for indicative tests, which provide manufacturers with...

All topics

Overview of offers

Preliminary fire resistance tests of building structures

Fire technical characteristics of individual subjects

Results

Envilop

Envilop is a proposal for a solution for a lightweight panel-type perimeter skin based on wood. The light envelope was designed as part of the Intelligent Buildings project (CZ.1.05/3.1.00/13.0283) from the Operational Program Research and Development for Innovations of the Ministry of Education and Culture, which is financed by the EU and the state budget of the Czech Republic.

MORE-CONNECT

Modular integrated solution for comprehensive energy renovation of apartment buildings with a low carbon footprint.

TiCo

A prefabricated building system for apartment buildings made of wooden panels with a concrete supporting structure.

Fire properties of materials and elements

Aktuality

Overview of offers

Preliminary fire resistance tests of building structures

Fire technical characteristics of individual subjects

Results

Selected projects

Protection against electric arc and fire prevention

Modeling of thermal degradation and combustion

Transfer of knowledge of fire engineering methods for theoretical development and experimental verification of progressive design procedures in the field of cooling building structures with low-pressure water mist

Development of lightweight concrete columns with carbon reinforcement as an element for load-bearing structures with load and fire test