Research Explorer

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Researcher

João Luis Garcia Feiteira

Awards & Distinctions

16 Results

2018

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

2017

Design and testing of tubular polymeric capsules for self-healing of concrete

Maria Adelaide Pereira Gomes de AraújoKim Van TittelboomJoão Luis Garcia FeiteiraElke GruyaertSutima ChatrabhutiJean-Marie RaquezBranko ŠavijaNatalia Mariel AldereteErik SchlangenNele De Belie

Monitoring crack movement in polymer-based self-healing concrete through digital image correlation, acoustic emission analysis and SEM in-situ loading

João Luis Garcia FeiteiraE. TsangouriElke GruyaertC. LorsG. LouisNele De Belie

A1 Journal Article in MATERIALS & DESIGN

Self-healing concrete : encapsulated polymer precursors as healing agents for active cracks

João Luis Garcia FeiteiraNele De BelieElke Gruyaert

2016

Cross-linkable polyethers as healing/sealing agents for self-healing of cementitious materials

Maria Adelaide Pereira Gomes de AraújoSandra Van VlierbergheJoão Luis Garcia FeiteiraGeert-Jan GraulusKim Van TittelboomJosé MartinsPeter DubruelNele De Belie

A1 Journal Article in MATERIALS & DESIGN

Moving towards a realistic implementation of self-healing concrete based on encapsulated polymer precursors

João Luis Garcia FeiteiraElke GruyaertNele De Belie

Non-destructive testing techniques to evaluate the healing efficiency of self-healing concrete at lab-scale

Elke GruyaertJoão Luis Garcia FeiteiraNele De BelieFabian MalmM NahmChristian GrosseE TziviloglouE SchlangenE Tsangouri

Resistance to fatigue of self-healed concrete based on encapsulated polymer precursors

João Luis Garcia FeiteiraJ CouvreurElke GruyaertNele De Belie

Self-healing of moving cracks in concrete by means of encapsulated polymer precursors

João Luis Garcia FeiteiraElke GruyaertNele De Belie

A1 Journal Article in CONSTRUCTION AND BUILDING MATERIALS

Simulation-aided design of tubular polymeric capsules for self-healing concrete

Branko ŠavijaJoão Luis Garcia FeiteiraMaria Adelaide Pereira Gomes de AraújoSutima ChatrabhutiJean-Marie RaquezKim Van TittelboomElke GruyaertNele De BelieErik Schlangen

A1 Journal Article in MATERIALS

2015

Development and characterization of novel polymers for self-healing cementitious materials

Maria Adelaide Pereira Gomes de AraújoJoão Luis Garcia FeiteiraSandra Van VlierberghePeter DubruelNele De Belie

Evaluation of the self-healing effect of mortar containing polymeric healing agents

Elke GruyaertJoão Luis Garcia FeiteiraBrenda DebbautE TziviloglouH JonkersE SchlangenNele De Belie

Self-healing of moving cracks in reinforced concrete based on encapsulated polymer precursors

João Luis Garcia FeiteiraElke GruyaertNele De Belie

Ultrasonic wave transmission to monitor the performance of self-healing concrete based on encapsulated polymer precursors

João Luis Garcia FeiteiraElke GruyaertNele De Belie

2014

Self-healing of dynamic concrete cracks using polymer precursors as encapsulated healing agents

João Luis Garcia FeiteiraElke GruyaertNele De Belie