Nos alumnis par ordre alphabétique

Evaluation de la force musculaire de la cheville dans un contexte d'entorse latérale

Adopting business model approach for developing ship design strategy to optimise life cycle costs and emission by ReDesigning for circular economy.

De l'idéation en conception architecturale à l'instrumentation numérique de l'information bâtiment : Étude des conversations réflexives multi-instrumentées 

Identification of material parameters using single point incremental forming

Design of lattice towers made of large hot-rolled high strength steel angles

Les outils dans l'activité collective médiatisée en conception : traçabilité des usages au sein du processus de conception architecturale

Après une thèse de doctorat réalisé dans le domaine de la géotechnique offshore sous la direction de Robert Charlier, Benjamin Cerfontaine est aujourd'hui lecturer à la prestigieuse University of Southampton.

Unravelling the role of urban densification as a pragmatic strategy to achieve No Net Land Take 2050 - A futuristic Cellular Automata modelling for urban built-up scenarios

Monitoring LAnd SUbsidence caused by Groundwater exploitation through gEOdetic measurements (LASUGEO)

One of the key points within the framework of a sustainable construction sector is the recycling of its waste products, completing the life cycle of these materials.

Joints as key elements against the collapse of steel and composite structures under exceptional loadings.

Après une thèse de doctorat intitulée "Impact characterization of innovative seismically designed connections for robustness application" menée dans le cadre du projet FREEDAM, Marina d'Antimo travaille désormais pour Arcelor Mittal.

CO2-rich mineral groundwaters from Eastern Belgium : improved understanding of their origin for sustainable exploitation

Computational fluid dynamics to guide the search for victims of drowning in urban rivers

Doctoral student

A numerical model based on cellular automata to assess travelling fires

Numerical and analytical study of a spar-like oating offshore wind turbine impacted by a ship

Establishing a method for floor vibration serviceability assessment against human-induced excitation

Après une thèse de doctorat intitulée "Rehabilitation and Strengthening of Bridge Piers with Ultra-High Performance Fibre-Reinforced Concrete Materials", Renaud Franssen travaille désormais au Service Public de Wallonie "Mobilité et Infrastructures".

Elaboration et caractérisation chimique physico-thermo-mécanique des briques de terre stabilisées/comprimées à charges de noyaux de Canarium Schweinfurthii et Coco nucifera.

Après une thèse de doctorat menée dans le domaine de l'ingénierie du feu sous la direction du prof. Jean-Marc Franssen, Thomas Gernay est désormais Assistant Professor au sein de la prestigieuse Johns Hopkins University (Baltimore).

Multiple Timescale Spectral Analysis of Floating Structures

Contributions to uncertainty analysis of computational models with application to hydrodynamics and physically-based hydrological simulations.

Hydromechanical behaviour of bentonite seals for underground radioactive waste disposals

Des fines de briques de terre cuite comme liants de substitution dans les ciments et les matériaux alcali-activés

The offshore wind beneath the wings of young researchers turning the blades of the Belgian offshore wind sector

Multi-scale characterization of transport in heterogeneous porous and fractured aquifer media using innovative heat and solute tracer tests.

Use of geophysical surface methods to quantify solid waste deposits in view of Enhanced Landfill Mining

Doctoral student

Urban flooding modelling: role of geometric distortion in scale models and influence of urban forms

Multi-Degree-of-Freedom Hybrid Fire Testing in a Non-Linear Environment

Architects & End-users’ Interactions In Housing Projects 

A new Bayesian framework for Imaging the Subsurface and associated HydrOdynamic Processes (BISHOP)

Optimal Inspection and Maintenance Planning for Deteriorating Structures via Markov Decision Processes and Deep Reinforcement Learning. Application to Offshore Wind Substructures

Isotopic and microbiologic evidence of greenhouse gases transformation mechanisms in groundwater

Development of an evolving digital tool, based on a multi-scale and dynamic energy mapping, for strategic decision making and integrated energy management in Wallonia

Effect of the type of clay earthen materials and substitution materials on the physico‑mechanical properties and durability of compressed earth blocks

Impact of Climate Change on High-Performance Belgian Houses: Thermal Comfort, HVAC Energy Performance, and HVAC GHG Emissions

Modelling and Monitoring of Critical Connections in Aging Concrete Bridges

Generalized model for interacting cylinders in Vortex Induced Vibration

THM numerical modelling of the excavation damage zone in nuclear waste disposal

Geophysical imaging development in tunnels for deep mining

New Methods for Bridge Damage Assessment

Crack-Based Assessment of Aging Concrete Infrastructure

Experimental study and numerical modeling of length scale effects in nickel sheets - Shear, uniaxial tensile and large tensile tests at various temperatures

Après un post-doc au sein de l'équipe Building Materials dans le cadre du projet ECOLISER , Zengfeng Zhao occupera un poste d'enseignant-chercheur à la prestigieuse Université Tongji à Shanghaï dès janvier 2021.