Dr Talal Fateh
Research Associate in Fire Dynamics & Materials
- Belfast School of Architecture and the Built Environment
- Research Institute
- Built Environment Research Institute
- Jordanstown campus
- +44 28 9036 8766
Talal Fateh's research activities focus of how materials react when they come into contact with fire. He uses a multi-scale approach from the micro scale to real scale, these investigations lead to better knowledge of thermal decomposition as well the evolution of the thermal properties. The output will use numerical code in order to predict the spread of the fire.
He is also interested in research activites that couple the gaseous emissions that are released during thermal degradation with the evolution of the pyrolysis through a solid. This research can help construction material suppliers to improve fire resistance of their products helping to reduce possible fatalities due to smoke toxicity.
The importance of Talel's research relates with the design and production of new materials before they are used in construction, which improves safety in building and transport facilities.
Showing 1 to 10 of 15 publications
To view all publications please visit Ulster University Institutional Repository (UIR)
- An experimental study of the thermal performance of a novel intumescent fireprotection coatingFire Safety JournalDate: (2017)
- Investigation of thermal degradation of pine needles using multi-step reaction mechanismsFire Safety JournalDate: (2017)
- A study of the effect of thickness on the thermal degradation and flammability characteristics of some composite materials using a cone calorimeterJournal of Fire SciencesDate: (2017)
- Experimental investigation and numerical modelling of the fire performance for epoxy resin carbon fibre composites of variable thicknessesFire and MaterialsDate: (2017)
- Multi-scale experimental investigations of the thermal degradation of pine needlesFire and MaterialsDate: (2016)
- Experimental and modelling studies on the kinetics and mechanisms of thermal degradation of polymethyl methacrylate in nitrogen and airJournal of Analytical and Applied PyrolysisDate: (2016)
- Characterization of the burning behavior and gaseous emissions of pine needles in a cone calorimeter – FTIR apparatusFire Safety JournalDate: (2016)
- Comparison of methods for thermal analysis: Application to PEEK and a composite PEEK + CFJournal of Fire ScienceDate: (2015)
- Characterization of the thermal decomposition of two kinds of plywood with a cone calorimeter – FTIR apparatusJournal of Analytical and Applied PyrolysisDate: (2014)
- Multi-scale modeling of the thermal decomposition of fire retardant plywoodFire Safety JournalDate: (2014)