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The tube furnace as a new bench scale experiment for fire spread. - Coggle…
The tube furnace as a new bench scale experiment for fire spread.
Introduction
Motivation why studying cable fires
Outline of the thesis
Motivation for new experimental set-up
Gap between modeling and experiment
Need time resolved data with well known boundary conditions
Set-up that is able to conduct both bench scale experiments and fire spread experiments
Motivation for TGA and cone experiments:
Compare to different bench scale experiments
Motivation for using PMMA
Cables to complex
Often studied, used as calibration in cone
Non-sharing material
Goal of the thesis
Design experiment that can be used as bench scale experiment
Compare parameters derived from experiment with parameters from current existing experiments, using PMMA --> therefore conduct experiments in other devices
In this comparisson with other devices, small different aspects between PMMA and cables are compared, like colour effect and geometry
Run a commissioning experiment with a cable, to demonstrate that the device works for complex material.
Conclusion
Nelly developped tube furnace
advantages of the tube furnace over other experiments
Summary of the main conclusion of the comparisson study of the physical properties
Outlook
The tube furnace
Description of the set-up
Description of the balance
Bench scale and fire propagation version
Commisioning experiment: \( CaCO_3\)
Inert experiments
as a way to further describe the tube furnace?
Outlook/ possible improvements
2 load cells
Methodology
Experimental set-ups
Cone calorimeter
Cone Denmarkt
Cone Prague
Nitrogen
Description of the set-up
Heat flux experiments
Air
Sample preparation
TGA
TGA IEK_6
TGA IEK4
TGA Prague? For comparison commissioning experiments
Sample preparation
The influence of the sample colour on its pyrolysis and burning behavior
Presentation of experiments and results
TGA
Cone
Tube furnace?
Discussion
Conclusion
Link to cables should be made in the conclusion
Introduction
Containing the motivation and literature review on this specific part
The effect of sample geometry on its cone calorimeter performance
Introduction
Presentation of experiments and results
Discussion
Conslusion
The effect of the retainer frame and sample thickness in the cone calorimeter
Motivation
Experimental method
Camera set-up
Programm to read camera out
Should this move to methodology?
Results
Discussion
Conclusion
Cable experiments
Bench scale experiment?
Fire propagation experiment
PMMA experiments to compare the experimental set-ups
Comparisson of different TGA's
Comparisson of different cone calorimeters
Comparisson of tube furnace with TGA and Cone
for cone use inert material to make comparisson of what are similar experiments
State of the art
PMMA
MacFP
General literature on PMMA
PMMA in TGA
PMMA in cone
Cable
literature on cable
TGA and cone general introduction
Fire spread experiments with PMMA
Comparisson which bench scale experiments
comparisson to literature?