Doctoral project Ruben Van Coile

Adaptive Fire Testing: A new foundation stone for fire safety

Economic Impact of Fire: Cost and Impact of Fire Protection in Buildings

Rational evaluation of concrete structure fire performance: Addressing the knowledge gaps of shear capacity, passive fire protection modelling and residual life assessment

Value-of-Information Based Fire Testing

Risk-Based Optimization of Design: The Case of Structural Fire Design

Vibration-based post-fire assessment of concrete structures using Bayesian updating techniques

Experimental and numerical evaluation of shear capacity of concrete elements during and after fire

Information value of fire tests

Multi-objective framework for holistic probabilistic fire risk assessment

Vibration-Based Post-Fire Assessment of Concrete Structures Using Bayesian Updating Techniques

Vibration-based assessment of concrete structures after fire

Next generation structural fire engineering through the use of advanced regression techniques

Doctoral project Evelien Symoens

Quantitative Assessment of Reinforced Concrete Buildings Subjected to Column Removal Scenarios Taking into Account Dynamic Response Behaviour

Thermoelastic Topology Optimization for Fire-Resistant Reinforced Concrete Beams

BOF staff support in the framework of an ERC-Grant

Structural fire engineering

Vibration-based post-fire assessment of concrete structures using Bayesian updating techniques

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

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

Multi-objective societal optimization of structural fire safety investments for unique building projects using advanced regression techniques

Glass breakage and fallout modelling for compartment fire prediction in modern buildings.

Performance-based analysis and design for enhancing the safety of prestressed concrete hollow-core slabs in case of fire and unforeseen events

Probabilistic formulation of the structural reliability of concrete structures subjected to fire in relation to risk-based desicion making and risk-transfer mechanisms

Strategic Institutional Partnership University of Queensland