Research Explorer

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Project

Characterization of the thermal exposure and material properties of concrete during the fire decay phase for performance-based structural fire engineering.

Outputs and Outcomes

Publications

Reliability-based safety format for structural fire engineering – Derivation based on the most likely failure point

Ruben Van CoileBalša JovanovićFlorian Put

U Journal Article in Journal of Infrastructure Intelligence and Resilience

High-Intensity Fast-Response Electric radiant Panel (HIFREP) for increased accuracy on thermal boundary conditions during fire testing

Florian PutBalša JovanovićEvelien SymoensAndrea LucheriniBart MerciRuben Van Coile

U Journal Article in Journal of Physics: Conference Series

CFD-based analysis of deviations between thermocouple measurements and local gas temperatures during the cooling phase of compartment fires

Florian PutAndrea LucheriniRuben Van CoileBart Merci

U Journal Article in Fire Safety Journal

CFD-based analysis of thermocouple measurements in the fire decay and cooling phases in relation to the adiabatic surface temperature

Florian PutAndrea LucheriniRuben Van CoileBart Merci

Value of information applied to the post-fire assessment of concrete slabs

Ruben Van CoileMengying PengFlorian PutBalša Jovanović

Model uncertainty in a parametric fire curve approach : a stochastic correction factor for the compartment fire load density

Florian PutAndrea LucheriniBart MerciRuben Van Coile

A1 Journal Article in FIRE SAFETY JOURNAL

Cost-optimization based generalized target reliabilities for reinforced concrete slab exposed to fire

Florian PutRanjit Kumar ChaudharyAndrea LucheriniBart MerciRuben Van Coile