Adhesive bonding of glass to concrete

Advanced multiphysics computational model for 3D-printed concrete at an early age

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

Doctoral project Andrea Carolina Oña Vera

Early Age Cracking Potential of Ballastless Track Structures

Experimental and numerical analysis of bio-inpired infill patterns

Life-cycle oriented computational modelling of corroding concrete structures under uncertainties

Multi-physics simulation of glass to concrete adhesive joints

Multi-scale approach to coupled chemical degradation of cementitious materials

Performance-based design of prestressed concrete elements subjected to shear taking into account time-dependent phenomena and size effect

realistic modeling of concrete as heterogenous material

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

Advanced insights into reinforcement corrosion and related concrete cracking through multi-physics LDPM simulation and 4D visualization.

Invisible T-anchor for high-performance adhesive bonding of structural building components

Modular multi-channel hydraulic structural testing equipment with closed-loop control.

Numerical Modelling of 3DPC concrete

Time-dependent Response of Concrete Structures

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

Ultra-high speed imaging: Opening up new horizons for the identification of dynamic phenomena in science