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Afgeronde onderzoeken

In deze map enkele afgeronde masterprojecten van studenten.

Fire Behavior of Vertical Green Systems vegetation

Graduation thesis of Merel Schouten. Experiments and CFD simulations in a validation study and a case study.

PDF document icon Master_Thesis_Merel_Schouten def.pdf — PDF document, 21.74 MB (22800895 bytes)

Traveling localized fire in a large compartment

Master project (10 ects) of Laura Dohmen. A natural fire concept, taking into account both fire spread and fire extinguishing, due to fire load density and fire development rate.

PDF document icon 7LS1M0 _ Masterproject Fire safety _ Laura Dohmen 1887475 v3.pdf — PDF document, 3.21 MB (3365532 bytes)

Multi-story residential buildings in the event of fire: relief of the fire-induced overpressure without causing smoke spread via the ventilation system

Graduation thesis by Nora Kuiper (TU/e): The ventilation system of a residential building can be used to reduce the overpressure in an apartment with a developping fire, but can also cause smoke spread to other compartments. Do we need any provisions to prevent smoke spread?

PDF document icon Graduation_project-Nora_Kuiper-final_version.pdf — PDF document, 13.22 MB (13862112 bytes)

Quantitative assessment for fire safety of super-tall residential buildings with a probabilistic analysis

Graduation thesis of Joost Dumas (TU/e, Nelissen consultants): Performace based approach of fire safety of supertall residential buildings (building height 200 - 400 meters)

PDF document icon 7S45M0 - J.DUMAS - FINAL Thesis rapport - 03-07-2023.pdf — PDF document, 7.89 MB (8277190 bytes)

Fire resilience of CLT in residential buildings

Master thesis by Andrés Berdugo Calderon - Politecnico Torino / TU Eindhoven: Influence of char layer and glue type on the combustion behaviour of CLT, tests in the Peutz fire lab. Consequences for the fire resilience of residential buildings, based on zone simulations.

PDF document icon Master thesis Andres Berdugo Calderon-Fire Resilience of CLT in Residencial Buildings.pdf — PDF document, 6.47 MB (6784017 bytes)

Exploring the possibilities of a stay-in-place concept in case of fire

Masterproject (10 ects) van Joost Dumas, waarin de consequenties van interne rookverspreiding in geval van brand voor het stay-in-place worden vastgesteld op basis van multizone simulaties.

PDF document icon 7LS1M0 - J.Dumas - Rapport FSE Project - 07-10-2022.pdf — PDF document, 8.58 MB (8998821 bytes)

Fire risk of building integrated photovoltaics in façades

Tessa Junggeburth, 10 ECTs masterproject about the additional fire risk of BIPV systems. The fire risk focuses on the spread of fire and the shortcutting of fire compartmentation by the facade.

PDF document icon 12022023 version. Fire risk of building integrated photovoltaics in facades. T.J.W. Junggeburth (1370847).pdf — PDF document, 2.32 MB (2430076 bytes)

Different concepts for personal safety in a multi-story residential complex in relation tot internal smoke propagation.

Final thesis M.C. (Marc) Scholman, TU Eindhoven, Faculty of Built Environment, October 2020

PDF document icon 22102020_Report_Marc_Scholman_1021538_Final version.pdf — PDF document, 12.52 MB (13129040 bytes)

Evacuation of bedridden building occupants

Afstudeerproject 2013-02 Niels Strating

PDF document icon 2013-02_Niels Strating-Evacuation of bedridden building occupants.pdf — PDF document, 5.63 MB (5904378 bytes)

Cooling a hot smoke layer by a sprinkler spray

PDF document icon Nick_Tenbült_Masterscriptie_20180621.pdf — PDF document, 18.18 MB (19059745 bytes)

Wet Kwaliteitsborging voor het Bouwen: privaat verzekerd?

Het onderzoek van dit Praktijkplan “Wet Kwaliteitsborging voor het Bouwen; privaat verzekerd?” Masterclass Beleid en Maatschappij als onderdeel van opleiding Masterprogramma Bestuurskunde van NCOI Opleidingen. Januari 2018 Door Aranka Verwoort - NCOI Opleidingen Met begeleiding docent Marcel van den Heuvel en Prof. R.A.P. (Ruud) van Herpen MSc. FIFireE;

PDF document icon Kwaliteitsborging Privaat verzekerd - A. Verwoort.pdf — PDF document, 353 KB (361648 bytes)

Impact of the balanced mechanical ventilation system on overpressure in airthight houses in case of fire

Impact of the balanced mechanical ventilation system on overpressure in airthight houses in case of fire TU/e student Nick Tenbült, M1 Beoordeling 17-02-2017: Ruud van Herpen MSc. FIFireE

PDF document icon 20170217 - M1 Nick Tenbult.pdf — PDF document, 2.96 MB (3100649 bytes)

Two-way coupling of CFD fire simulations and FE modelling on thin walled steel structures

Afstudeeronderzoek 08-2016 Jelmer Feenstra Genomineerd scriptiepijsvraag 2016

PDF document icon FDS-2-Abaqus.pdf — PDF document, 8.03 MB (8424114 bytes)

Automated 2-way coupled CFD and FEM under fire conditions of a selfsupporting sandwich panel facade system

Master research Jan de Boer, TU Eindhoven, juni 2018

Automated 2-way coupled CFD and FEM under fire conditions of a selfsupporting sandwich panel facade system - Lees verder...

Behavior of sandwichpanels in the pre- flashover phase / Flammibility ranges of building insulation materials

Afstudeerproject 2014-10/11 Luuk de Kluiver en Sander Giunta d'Albani
Bestand Flammibility ranges of building insulation materials
Afstudeerproject 2014-10 Luuk de Kluiver
Bestand Behavior of sandwichpanels in the pre- flashover phase
Afstudeerproject 2014-10 Sander Giunta d'Albani
Artikel Flammability of insulation material
Een artikel van Sander Giunta d'Albani en Luuk de Kluiver over flammability of insulation material in het wetenschappelijke tijdschrift Fire and Materials, met Ruud van Herpens commentaar een aanpassingen.

Different concepts for personal safety in a multi-story residential complex in relation tot internal smoke propagation.

Final thesis M.C. (Marc) Scholman, TU Eindhoven, Faculty of Built Environment, October 2020

PDF document icon 22102020_Report_Marc_Scholman_1021538_Final version.pdf — PDF document, 12.52 MB (13129040 bytes)

10 years Fellowship FSE at TUe

PDF document icon 10 years Fellowship FSE at TUE - PDF.pdf — PDF document, 12.50 MB (13107859 bytes)