Applied Bayesian Pre-Posterior and Life-Cycle Cost Analysis for Determining and Optimizing the Value of Structural Health Monitoring for Concrete Structures

Doctoral project Antonella Cosentino

Doctoral project Didier Droogné

Doctoral project Elien De Smedt

Doctoral project Nicky Reybrouck

Multi-layer Bayesian life-cycle assessment of existing concrete structures using beam and plate FE models

Multi-objective performance-based optimization of maintenance strategies and repair or strengthening interventions for concrete structures

Optimization design for base-isolation structures under stochastic pulse-like ground motion based on random vibration and reliability theory

Quantitative Assessment of Reinforced Concrete Buildings Subjected to Column Removal Scenarios Taking into Account Dynamic Response Behaviour

Structural Behaviour and Safety of Restrained Prestressed Concrete Hollow Core Slabs in Relation to Robustness and Fire Design

Structural safety, durability and robustness of complex concrete discontinuity regions under uncertainties

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

Doctoral project Bart Van Weyenberge

Doctoral project Cheng Xing

Doctoral project Dirk Gouverneur

Doctoral project Kenny Martens

Doctoral project Lijie Wang

Doctoral project Mirko Pejatovic

Doctoral project Ruben Van Coile

Doctoral project Shamseldin Abdo

Doctoral project Tim Van Mullem

Doctoral project Wouter Botte

Doctoral project Yihua Zeng

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

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

Vibration-Based Post-Fire Assessment of Concrete Structures Using Bayesian Updating Techniques

Applied Bayesian pre-posterior and life-cycle cost analyses for determining and optimizing the value of structural health monitoring for concrete structures

Multi-layer Bayesian life-cycle methodology for the structural assessment of existing concrete structures

Performance-based analysis and design for enhancing the safety of prestressed concrete hollow-core slabs in case of fire and unforeseen events

Performance-based analysis and design for enhancing the safety of prestressed concrete hollowcore slabs in case of fire and unforeseen events

Quantitative evaluation of the structural resilience of concrete structures in a changing environment

Reliability-based assessment of the system behaviour of existing concrete structures taking into account spatio-temporal variations and uncertainties using random fields

Reliability-based life-cycle assessment of structures under sustainability constraints

Risk and reliability-based evaluation and development of design guidelines for structural robustness measures in constructions taking into account membrane action

Structural safety, durability and robustness of complex concrete discontinuity regions under uncertainties

Uncertainty-based quantification of the structural safety and durability of discontinuity regions in new and existing concrete structures

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

Structural reliability and robustness assessment of existing structures considering membrane action effects and Bayesian updating of test information

Vibration-based post-fire assessment of concrete structures using Bayesian updating techniques