Generic materials study towards high quality advanced medical, food and engineering 3D structures

Active control of concrete curing by acoustic emission

Active Rheology Control of Cementitious Materials: Numerical and Experimental Pumping Investigation

Automated Construction and Structural Behavior of 3D Printed Concrete Tunnel Linings

Doctoral project Chizya Chibulu

Doctoral project Corina Sosdean

Doctoral project Dengwu Jiao

Doctoral project Evin Dildar Dzaye

Doctoral project Farid Van Der Vurst

Doctoral project Florent Forest

Doctoral project Hai Dang Le

Doctoral project Hajar Derouich

Doctoral project Ioan Pop

Doctoral project Jeroen Dils

Doctoral project Kai Wu

Doctoral project Kai Yang

Doctoral project Karel Lesage

Doctoral project Qiang Ren

Doctoral project Quoc Tri Phung

Doctoral project Ravi Ajitbhai Patel

Doctoral project Sara Korte

Doctoral project Serge Tichko

Doctoral project Song Mu

Doctoral project Tina Simcic

Doctoral project Wei Jiang

Doctoral project Xiang Hu

Doctoral project Xiaoyun Wang

Doctoral project Yang Lyu

Doctoral project Yu Liang

Doctoral project Yun Gao

Insights into Rheological and Solidification Dynamics in 3D Concrete Printing for Enhanced Geometric Accuracy

Mechanical Behavior and Durable Aspects of 3D Printed Concrete Formwork

Metakaolin-based geopolymers for stabilization of radioactive liquid waste

Mix Design Methodology for Blast Furnace Slag and Fly Ash Based Alkali Activated Materials

Multiscale Simulation of Alkali-Silica Reaction: From Chemical Reaction at Microscale to Cracking at Mesoscale

Preparation and performance of lithium slag based low-clinker composite cement

Research on Rheological Properties and Interlayer Interface Characteristics of 3D Printed Cement-Based Materials

Rheological behavior of cementitious materials

Rheology and Setting Behaviour of Alkali-Activated Cements

Rheology of Alkali-Activated Materials: From Microstructural Evolution to the Flow of Concrete

The damage mechanism of concrete under loading coupled with freeze-thaw cycles

Utilizing high-calcium solid waste for optimized applications of nano-calcium carbonate in concrete

Computational Framework for the Early-Age Analysis of Cementitious and Thermoset Construction Materials

Concrete superplasticizers: from fundamental studies to the development of smart superplasticizers for rheology control

Doctoral project Hugo Ernesto Eguez Alava

Doctoral project Jolien Delepierre

Doctoral project Kunpeng Zheng

Doctoral project Mahzad Azima

Doctoral project Maxim Deprez

Doctoral project Phanumat Latsrisaeng

Superplasticizers for concrete

Ternary Slag Mix Design and Performance Assessment of Alkali-Activated Concrete Incorporating Blast Furnace, Copper and Stainless Steel Slags

Towards Sustainable Concrete 3D Printing for Marine Structural Applications

Active control of concrete curing by acoustic emission (ACCCAE)

Active rheology and stiffening control of 3D-printed concrete

Alliance Research Group: Nanomicrobiology

Artificial porous pozzolanic materials for mitigation of hte autogenous shrinkage cracking o high performance concrete.

BOF staff support in the framework of an ERC-Grant

BOF -ZAP professorship in civil engineering

C3PO Co-creation 3D printing with companies

Construction of buildings and infrastructure

Controlling the rheology of concrete for the combined use of plasticizers/retarders and accelerators

Development of a Magnetorheology-Based Production Method for Complex Geometry Thin-Walled Glass Fiber Reinforced Concrete Panels (MagneCurve)

DurOBet

Enhancing robustness of fresh self-compacting concrete by means of moisture regulating additions or admixtures

Experimental study on the influence of ITZ on the durability of concrete made with different kinds of blended materials

Fundamental control of concrete rheology by optimising mixing energy and superplasticizer design

Fundamental study of the influence of vacuum mixing on the properties of cementitious materials

Hydrodynamic modelling of the flow of self-compacting concrete in complex-shaped formwork

Industial-Scale Prototyping, Validation and Demonstration of a Magnetic Device for Active Rheology Control of Concrete During Pumping

Influence of grading curve of cement and filler on the fresh and hardened properties of concrete

Magnetic Device for Fresh Concrete (RheoMag)

Materials aspects in view of active control of fresh and hardening concrete

Mix design and rheology of Alkali-activated materials

Multi-scale modelling of the performance of ternary cement-based materials

Numerical simulation and modeling of the influence of cracks on mass diffusion in concrete

Pilot Campaign Mass Concrete

Quality control of fresh concrete by advanced dispersion and attenuation characteristics of stress waves

Remaining service life of concrete structures taking into account existing damage-application to reinforcement corrosion initiated by carbonation or chloride penetration

Smart Casting of conrete structures by active control of rheology

Theoretical and Experimental Study of the Durability of Concrete Structures in Sulfate Environment

Twin-pipe pumping system for the stiffening control of 3D printable concrete

Vacuum mixinginstallation for highgrade cementbound materials

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

Innovative, multifunctional repair technique to extend the service life of concrete structures

Polycarboxylate amine superplasticizers for concrete (PCA Superplast)

Set-on-demand Twin-Mix for concrete 3D printing

BOF -ZAP professorship in civil engineering