Docent Betontechnologie en Betonstructuren
Bart Craeye received the degree of civil engineering in construction from Ghent University (UGent) in 2006 with a Master thesis concerning the effect of super absorbing polymers for mitigating autogenous shrinkage of High Strength Concrete. In 2010 he received his PhD at Ghent University. The focus of his doctoral research is on the thermo-mechanical behaviour of self-compacting concrete supercontainers for radwaste disposal, and was in close cooperation with ONDRAF/NIRAS, SCK.CEN and Tractebel Engineering. The cracking behaviour of these concrete containers was validated by means of extensive destructive and non-destructive techniques (e.g. thermocouples, strain gauges, acoustic emission, fibre optics,…). His main area of interest and expertise lies in (i) concrete technology and design for durability and low-impact materials (environmental friendly), (ii) building pathology and deteriorating mechanisms, (iii) condition assesment, damage diagnostics, monitoring, safety evaluation and remaining service life prediction of existing concrete structures and (iv) the use of non-destructive techniques (NDT’s) for the evaluation of building components. As for 2017, he is assigned as assistant professor at University of Antwerp (EMIB Research group). He is a visiting professor at Ghent University (Labo Magnel for Concrete Research) and lecturer at Odisee University College (DuBiT Research Unit). Bart Craeye is part of the Board of Directors of the Belgische BetonGroepering (BBG/GBB).
He has been actively participating in different research projects:
- 2nd Half-Scale Test, in cooperation with ONDRAF/NIRAS and SCK.CEN (2013-2014): validation of THM simulations of the concrete supercontainer by means of non-destructive testing and finite elements simulations;
- DurOBet, VLAIO TETRA (2015-2017): durable design of concrete structures: chloride ingress and carbonation related;
- KMO Reno, VLAIO TETRA (2016-2018): development of a renovation protocol and condition evaluation of existing SME buildings;
- RehApp, PWO (2015-2018): condition assessment of existing residential buildings by means of screening protocol;
- VASH, VLAIO MIP-COOP+ (2016-2019): classification of fly ash in valuable resource flows by means of EMC.
- Balcon-e, PWO (2019-2021): diagnosis, assessment and durable repair of cantilevered concrete balconies.
- Experimental study on the use of polyester based mortars as an alternative for cementitious materials for non-bearing construction applications (2019-2020).
- He’s promotor of a PhD research on multi-scale approach modelling of early-age thermo-hydro-mechanical behaviour of non-reinforced concrete, in collaboration with SCK.CEN (2017-2021).
- He's involved in the PhD committee of a doctoral study on the use of ex-ante LCA applied on the use of enhanced fly ash as supplementary cementitious material for durable concrete design (2019-2025).
- He's involved in the PhD committee of a doctoral study on the use of geopolymers in road base materials (2019-2023).