Robby Caspeele

Associate Professor

Ghent University

Belgium

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Dr. Robby Caspeele is an Associate Professor at Ghent University in Belgium. His research areas include structural engineering, particularly focusing on the performance assessment of concrete structures, reinforcement corrosion, and the behavior of materials under fire exposure. Recent publications highlight his work on Bayesian models for dynamic increase factors, reliability-based evaluations, and experimental investigations related to structural integrity and longevity.

Robby Caspeele

Research Interests

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Articles (20)

Reliability-based determination of allowable corrosion degree to define the end of lifetime of concrete elements in bending

A unified regression model for the force-based dynamic increase factor in relation to progressive collapse analyses of frame structures

Bayesian performance assessment of existing concrete structures combining different types of information from inspections and monitoring

Reinforcement corrosion assessment through Bayesian parameter updating with spatially distributed inspection data

Component-Based Stiffness Model for a Hybrid Glass Beam–Column Joint Prototype

Experimental investigation on the effect of natural fire exposure on the post‐fire behavior of reinforced concrete beams using electric radiant panel

Experimental analysis of the influence of moderate fire damage on the dynamic and incremental static behavior of reinforced concrete beams

Experimental investigation of the compressive and shear resistance of laminated steel-reinforced glass beams

Target reliabilities for heritage structures derived from cost optimization

Experimental investigation of the rotational characteristics of a novel hybrid laminated glass beam-column connection prototype

Bayesian updating of relationships between crack width and corrosion level in reinforced concrete based on a large set of experimental data

Capacity and failure modes of restrained hollow core slabs taking into account compressive membrane action

Numerical and Experimental Investigation of a Correlation Model to Describe Spatial Variability of Concrete Properties

Performance Assessment of an Energy–Based Approximation Method for the Dynamic Capacity of RC Frames Subjected to Sudden Column Removal Scenarios

Assessment of posttensioned concrete beams from the 1940s: Large‐scale load testing, numerical analysis and Bayesian assessment of prestressing losses

Quantification of model uncertainties of the energy-based method for dynamic column removal scenarios

VoI-Based Optimization of Structural Assessment for Spatially Degrading RC Structures

First Large Scale Application with Self-Healing Concrete in Belgium: Analysis of the Laboratory Control Tests

Reliability-based calibration of partial factors for the design of temporary scaffold structures

The extraordinary in decision-making: myth, apology or opportunity?

Collaborators (4)

Elke Gruyaert

Wouter De Corte

Eline Vereecken

Stijn Matthys

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