Collaboration agreement between the Province of West Flanders and Ugent campus Kortijk with regard to participation in the research delegation to Zhejiang in connection with the establishment of the Zhejiang knowledge institute for sustainable economics with contact point in West Flanders (3 to 8 December 2017)

Constitutive laws for hardened self-compacting concrete: experimental determination and modelling

Development of a methodology to assess and repair concrete structures after fire exposure

Expanding and strengthening structural cooperation with Chinese universities in the field of engineering

Fire resistance research on self-compacting concrete beams

Further development of the "Belgium Joint Laboratory for Industrial Construction"

Influence of restraint conditions on fire resistance of reinforced concrete elements

Investigation of the influence of the chloride binding in concrete during accelerated penetration tests

Probabilistic evaluation of the robustness of concrete structures and their impact on global security.

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

Quantification of the influence of FRP strengthening on robustness indicators for concrete structures

Statistical estimation of the remaining service life of existing concrete structures taking into account existing damage - apply reinforcement structure initiated by carbonation or chloride penetration.

Structural reliability and robustness assessment of existing structures considering membrane action effects and Bayesian updating of test information

Theoretical and experimental study of membrane action in orthotropic concrete slabs in the framework of robustness assessments of concrete structures

Research on the technology for the application of self-compacting concrete