New Materials and Assessment of Ventilation Efficiency Floors

Jiří Jurka; Jan Škramlík

doi:10.4028/www.scientific.net/AMR.649.93

Paper Titles

Indoor Environment State of Classrooms Situated in the Loft Spaces of Civil Engineering Faculty TU in Kosice – Dynamic Analysis Using Design Builder
p.77

Assessing the Risk Relative to Indoor Environment Quality in Education Buildings
p.81

Measuring Methodology and Results of Heat-Air-Moisture Performances at Building Envelope Levels
p.85

Microscopic Filamentous Fungi in Buildings, Preventing their Occurrence and their Remediation Using Nanofibers
p.89

New Materials and Assessment of Ventilation Efficiency Floors
p.93

Optimisation of the Design of Daylight Guidance Systems Including Measurement Methodology
p.97

Perceived Loudness of Sound Transmitted through Light Weight and Heavy Weight Walls
p.101

Problematic of Humidity Degradation of Plaster with Indoor Fresco Decoration in Romanesque Rotunda in Znojmo
p.105

Quasistationary and Dynamic Simulation of Summer Overheating of Passive Timber House
p.109

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 649New Materials and Assessment of Ventilation...

New Materials and Assessment of Ventilation Efficiency Floors

Abstract:

The main subjects of the thesis are new materials and assessment of ventilation efficiency floors. As we are working with old buildings most of all, in most cases waterproofing is not working and simply it is missing. The rising humidity can, without any problems, penetrate higher to the brickwork or flooring above. Therefore we need a suitable solution. Software CFD is capable of flow visualisation which is then used as the base for the ventilation efficiency assessment.