Research Explorer

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Researcher

Pieterjan Criel

Awards & Distinctions

22 Results

2019

Voronoi diagrams and self-healing cementitious materials : a perfect match

Didier SnoeckPieterjan Criel

A1 Journal Article in ADVANCES IN CEMENT RESEARCH

2018

Contemporary analysis and numerical simulation of revisited long-term creep tests on reinforced concrete beams from the Sixties

Tim Van MullemNicky ReybrouckPieterjan CrielLuc TaerweRobby Caspeele

Experimental investigation of creep recovery of T-shaped RC beams and validation of creep and creep recovery models

Nicky ReybrouckPieterjan CrielTim Van MullemRobby Caspeele

Experimental investigation of creep recovery of T-shaped RC beams and validation of creep and creep recovery models

Nicky ReybrouckPieterjan CrielTim Van MullemRobby Caspeele

2017

Computationally efficient estimation of the probability density function for the load bearing capacity of concrete columns exposed to fire

Ruben Van CoileRobby CaspeelePieterjan CrielLijie WangGeorgios BalomenosMahesh PandeyStrauss Alfred

Long-term data of reinforced concrete beams subjected to high sustained loads and simplified prediction method

Nicky ReybrouckPieterjan CrielTim Van MullemRobby Caspeele

A1 Journal Article in STRUCTURAL CONCRETE

Probabilistic prediction of long-term deformations in concrete structures using Markov Chain Monte Carlo Method

Nicky ReybrouckPieterjan CrielRobby Caspeele

Response surface modelling in quantitative risk analysis for life safety in case of fire

Bart Van WeyenbergePieterjan CrielXavier DeckersRobby CaspeeleBart Merci

A1 Journal Article in FIRE SAFETY JOURNAL

Uncertainty quantification of creep in concrete by Taylor expansion

Pieterjan CrielNicky ReybrouckRobby CaspeeleStijn Matthys

A1 Journal Article in ENGINEERING STRUCTURES

2016

Concrete structures under impact loading : General aspects

Cornelia BaeraHenriette SzilagyiCalin MirceaPieterjan CrielNele De Belie

A2 Journal Article in URBANISM ARCHITECTURE CONSTRUCTIONS

Concrete structures under impact loading : general aspects

Cornelia BaeraHenriette SzilagyiCalin MirceaPieterjan CrielNele De Belie

A2 Journal Article in URBANISM ARCHITECTURE CONSTRUCTIONS

Uncertainty quantification of creep in concrete by Taylor series expansion

Pieterjan CrielRobby CaspeeleStijn MatthysLuc Taerwe

2015

Creep experiments and analysis of T-shaped beams subjected to loading and unloading at young age

Pieterjan CrielRobby CaspeeleStijn MatthysLuc Taerwe

Modelling of long-term loading tests on reinforced concrete beams

Nicky ReybrouckPieterjan CrielRobby CaspeeleLuc Taerwe

Shape correction factor for drying shrinkage in a concrete cross-section

Nicky ReybrouckPieterjan CrielRobby CaspeeleLuc Taerwe

Step-wise numerical procedure for the time-dependent modelling of concrete beams taking into account creep and creep recovery

Pieterjan CrielRobby CaspeeleStijn MatthysLuc Taerwe

Stress redistribution of concrete prisms due to creep and shrinkage: long-term observations and analysis

Pieterjan CrielRobby CaspeeleNicky ReybrouckStijn MatthysLuc Taerwe

2014

Bayesian updated correlation length of spatial concrete properties using limited data

Pieterjan CrielRobby CaspeeleLuc Taerwe

A1 Journal Article in COMPUTERS AND CONCRETE

Modeling the effect of random environmental influences on stochastic creep in concrete members

Nicky ReybrouckMarc MaesRobby CaspeelePieterjan CrielLuc Taerwe

2013

Prediction of the spatial occurrence of fire induced spalling in concrete slabs using random fields

Ruben Van CoilePieterjan CrielRobby CaspeeleLuc Taerwe

Using Bayesian response surface updating for estimating the covariance function of random fields based on limited measurements

Pieterjan CrielRobby CaspeeleLuc Taerwe

2012

Bayesian estimation of the covariance function of random fields based on a limited number of measurements

Pieterjan CrielRobby CaspeeleLuc Taerwe