Development of a performance-based innovative hybrid concrete floor system combining traditional beam systems with additive manufacturing

Development of a performance-based innovative hybrid concrete floor system combining traditional beam systems with additive manufacturing

Development of bio-receptive and printable cementitious materials to allow for oyster reef creation on marine infrastructure

Doctoral project Mahzad Azima

Self-Healing Concrete with a 3D Printed Ductile-Porous Vascular Network

Towards Sustainable Concrete 3D Printing for Marine Structural Applications

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

Doctoral project Ali Behnood

Doctoral project Bjorn Van Belleghem

Doctoral project Laurence De Meyst

Doctoral project Pieter Minnebo

Dune-dike hybrid nature based solutions: design of an eco-dike, life cycle assessment and development of a blue infrastructure rating system

Mechanical Behavior and Durable Aspects of 3D Printed Concrete Formwork

Mix design of 3D printed carbon-negative concrete with secondary raw materials

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

Self-Healing Concrete in Aggressive Environments

A Virtual 3D print strategy optimizer for concrete printing

Self-healing concrete in realistic extreme conditions - SMARTINCS

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

Tackling challenges to meet the conflicting requirements in 3D concrete printing

Recovery of Oyster Reefs on Marine Infrastructure for Nature Restoration and Creation (Reefcovery)

Self-healing, Multifunctional, Advanced Repair Technologies IN Cementitious Systems

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

Optimization of the healing agents and the encapsulation to realize self-healing concrete with extended service life