Research Explorer

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Researcher

Bjorn Van Belleghem

Awards & Distinctions

33 Results

2021

Durability and sustainability of self-healing concrete

Nele De BelieBjorn Van BelleghemPhilip Van den Heede

2020

Durability based service life estimation for chloride exposed cracked and self-healed concrete

Nele De BelieBjorn Van BelleghemSylvia KeßlerPhilip Van den HeedeKim Van Tittelboom

2019

Capillary imbibition in mortars with natural pozzolan, limestone powder and slag evaluated through neutron radiography, electrical conductivity, and gravimetric analysis

Natalia Mariel AldereteYury Andres Villagran ZaccardiDidier SnoeckBjorn Van BelleghemPhilip Van den HeedeKim Van TittelboomNele De Belie

A1 Journal Article in CEMENT AND CONCRETE RESEARCH

Durability of self-healing concrete

Nele De BelieBjorn Van BelleghemYusuf Çağatay ErşanKim Van Tittelboom

Efficiency of manual and autonomous healing to mitigate chloride ingress in cracked concrete

Kim Van TittelboomBjorn Van BelleghemR. CallensPhilip Van den HeedeNele De Belie

Evaluation and comparison of traditional methods and Electron Probe Micro Analysis (EPMA) to determine the chloride ingress perpendicular to cracks in self-healing concrete

Bjorn Van BelleghemYury Villagran ZaccardiPhilip Van den HeedeKim Van TittelboomNele De Belie

A1 Journal Article in CONSTRUCTION AND BUILDING MATERIALS

2018

Chloride induced reinforcement corrosion behavior in self-healing concrete with encapsulated polyurethane

Bjorn Van BelleghemSylvia KesslerPhilip Van den HeedeKim Van TittelboomNele De Belie

A1 Journal Article in CEMENT AND CONCRETE RESEARCH

Effect of Polyurethane Viscosity on Self-Healing Efficiency of Cementitious Materials Exposed to High Temperatures from Sun Radiation

Bjorn Van BelleghemE. GruyaertKim Van TittelboomWim MoermanB. DekeyserJeroen Van StappenVeerle CnuddeNele De Belie

A1 Journal Article in JOURNAL OF MATERIALS IN CIVIL ENGINEERING

Effect of capsule-based self-healing on chloride induced corrosion of reinforced concrete

Bjorn Van BelleghemNele De BelieKim Van Tittelboom

Efficiency of self-healing cementitious materials with encapsulated polyurethane to reduce water ingress through cracks

Bjorn Van BelleghemKim Van TittelboomNele De Belie

A1 Journal Article in MATERIALES DE CONSTRUCCION

Perpendicular-to-crack chloride ingress in cracked and autonomously healed concrete

Bjorn Van BelleghemPhilip Van den HeedeKim Van TittelboomNele De Belie

Screening encapsulated polymeric healing agents for carbonation-exposed self-healing concrete, service life extension and environmental benefit

Philip Van den HeedeBjorn Van BelleghemMaria Adelaide Pereira Gomes de AraújoJoão Luis Garcia FeiteiraNele De Belie

Screening of different encapsulated polymer-based healing agents for chloride exposed self-healing concrete using chloride migration tests

Philip Van den HeedeBjorn Van BelleghemMaria Adelaide Pereira Gomes de AraújoJoão Luis Garcia FeiteiraNele De Belie

A2 Journal Article in KEY ENGINEERING MATERIALS

X-ray radiography to visualize the rebar-cementitious matrix interface and judge the delay in corrosion through self-repair by encapsulated polyurethane

Kim Van TittelboomBjorn Van BelleghemMatthieu BooneLuc Van HoorebekeNele De Belie

A1 Journal Article in ADVANCED MATERIALS INTERFACES

2017

Application of a self-healing mechanism in concrete to reduce chloride ingress through cracks

Bjorn Van BelleghemPhilip Van den HeedeKim Van TittelboomNele De Belie

Chloride penetration and carbonation of concrete with superabsorbent polymers

Laurence De MeystBjorn Van BelleghemDidier SnoeckNele De Belie

Effect of the service life assessment approach of the environmental benefit of using self-healing concrete in marine environments

Philip Van den HeedeBjorn Van BelleghemNele De Belie

Influence of the curing period of encapsulated polyurethane precursor on the capillary water absorption of cracked mortar with selfhealing properties

Philip Van den HeedeBjorn Van BelleghemNatalia Mariel AldereteKim Van TittelboomNele De Belie

Internal curing of cement pastes by superabsorbent polymers studied by means of neutron radiography

Didier SnoeckNatalia Mariel AldereteBjorn Van BelleghemPhilip Van den HeedeKim Van TittelboomNele De Belie

Quantification of the service life extension and environmental benefit of chloride exposed self-healing concrete

Bjorn Van BelleghemPhilip Van den HeedeKim Van TittelboomNele De Belie

A1 Journal Article in MATERIALS

Self-healing concrete in aggressive enironments

Nele De BelieKim Van TittelboomMathias MaesBjorn Van BelleghemPhilip Van den Heede

Self-healing of concrete cracks by the release of embedded water repellent agents and corrosion inhibitors to reduce the risk for reinforcement corrosion

Kim Van TittelboomClaudia De MaesschalckBjorn Van BelleghemPhilip Van den HeedeSylvia KesslerNele De Belie

Use of encapsulated healing agents to limit water uptake through crackis in mortar

Bjorn Van BelleghemKim Van TittelboomNele De Belie

Use of encapsulated polyurethane in concrete to limit chloride penetration through cracks

Bjorn Van BelleghemPhilip Van den HeedeKim Van TittelboomNele De Belie

2016

Capillary water absorption in cracked and uncracked mortar: a comparison between experimental study and finite element analysis

Bjorn Van BelleghemR MontoyaJ DewanckeleN Van den SteenIris De GraeveJ DeconinckVeerle CnuddeKim Van TittelboomNele De Belie

A1 Journal Article in CONSTRUCTION AND BUILDING MATERIALS

Neutron radiography based visualization and profiling of water uptake in (un)cracked and autonomously healed cementitious materials

Philip Van den HeedeBjorn Van BelleghemNatalia Mariel AldereteKim Van TittelboomNele De Belie

A1 Journal Article in MATERIALS

Preventing reinforcement corrosion in cracked concrete by self-repair

Kim Van TittelboomBjorn Van BelleghemJelle DhaeneLuc Van HoorebekeNele De Belie

Preventing reinforcement corrosion in cracked concrete by self-repair

Kim Van TittelboomBjorn Van BelleghemJelle DhaeneLuc Van HoorebekeNele De Belie

Resistance to chloride penetration of self-healing concrete with encapsulated polyuretyhane

Bjorn Van BelleghemPhilip Van den HeedeNele De Belie

Sustainability effects of including concrete cracking and healing in service life prediction for marine environments

Philip Van den HeedeBjorn Van BelleghemMichel De KeersmaeckerAnnemie AdriaensNele De Belie

The cost and environmental impact of service life extending self-healing engineered materials for sustainable steel reinforced concrete

Philip Van den HeedeBjorn Van BelleghemNele De Belie

2015

Analysis and visualization of water uptake in cracked and healed mortar by water absorption tests and X-ray radiography

Bjorn Van BelleghemNele De BelieJan DewanckeleVeerle Cnudde

Use of X-ray radiography and tomography to evaluate self-healing concrete

Kim Van TittelboomDidier SnoeckJianyun WangBjorn Van BelleghemJan DewanckeleManuel DierickVeerle CnuddeLuc Van HoorebekeNele De Belie