Research Explorer

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Bruno Vanderschelden

Prijzen & Erkenningen

17 Resultaten

2024

SAMiRA : a decision framework for hygrothermal modelling implementation in HAMalyser

Bruno VanderscheldenKaat JanssensNathan Van Den BosscheTim De KockVeerle Cnudde

Spatial distribution of wind driving rain and drying on façades and associated hygrothermal response

Bruno VanderscheldenAytaç KubilayVeerle CnuddeTim De KockNathan Van Den Bossche

The impact of climate change on degradation in historical building envelopes : progress in research using hygrothermal models

Isabeau VandemeulebrouckeBruno VanderscheldenKaat JanssensSteven CaluwaertsNathan Van den Bossche

A1 Artikel in een tijdschrift in JOURNAL OF CULTURAL HERITAGE

The impact of lime as a replacement of cement-based mortar, on the water absorption and rain penetration of masonry

Bruno VanderscheldenRuben Van den BosscheNathan Van Den BosscheVeerle CnuddeTim De Kock

2023

Experimental research on the hygrothermal behaviour of natural insulation materials in wood frame walls : the effect of water infiltration on the drying potential and thermal performance

Anke BlommaertLisa LambrechtsBruno VanderscheldenNathan Van Den BosscheMarijke Steeman

Hygrothermal performance of CLT subjected to rain loads during construction in Belgium

Kasper HabtieBruno VanderscheldenXiuping JiangLiselotte De LigneJan Van den BulckeJoris Van AckerNathan Van Den Bossche

Spatial distribution of material degradation : can we predict spatial risks based on wetting and drying patterns?

Bruno VanderscheldenNathan Van Den BosscheVeerle CnuddeTim De Kock

Spatial distribution of material degradation : can we predict spatial risks based on wetting and drying patterns?

Bruno VanderscheldenNathan Van Den BosscheVeerle CnuddeTim De Kock

2022

Assessing the impact of climate change on historical buildings in Cuba

Isabeau VandemeulebrouckeKaat JanssensBruno VanderscheldenSteven CaluwaertsNathan Van Den Bossche

Clustering approach for hygrothermal material properties of bricks in a tropical climate, based on three degradation risks

Bruno VanderscheldenIsabeau VandemeulebrouckeKaat JanssensVeerle CnuddeTim De KockNathan Van den Bossche

Deriving practical guidelines using decision trees : what is the impact of climate change on hygrothermal risks in masonry heritage buildings in Brussels?

Kaat JanssensIsabeau VandemeulebrouckeBruno VanderscheldenNathan Van Den Bossche

Fit for purpose brick clustering for hygrothermal material properties : sensitivity to climate conditions

Bruno VanderscheldenNathan Van Den Bossche

From simulation to practical guideline : the use and advantage of HAM-simulations for the conservation of heritage buildings in Havana, Cuba

Kaat JanssensIsabeau VandemeulebrouckeBruno VanderscheldenValentina MarincioniNathan Van Den Bossche

Impact of climate change on heritage : evaluation of ALARO‐0 and REMO regional climate models over Northeastern Iran by damage risk analysis of a timurid heritage using hygrothermal modelling

Hamed HedayatniaBruno VanderscheldenMarijke SteemanNathan Van Den Bossche

Methodological framework for HAM-simulations : the litigation case of a CLT-balcony subjected to rain loads during construction

Bruno VanderscheldenMichael LacasseTravis MooreNathan Van Den Bossche

On the potential of clustering approaches for hygrothermal material properties based on three degradation risks in solid masonry constructions

Bruno VanderscheldenKlaas CalleNathan Van Den Bossche

A1 Artikel in een tijdschrift in JOURNAL OF BUILDING PHYSICS

2021

Hygrothermal performance of bio-based insulation material in wood-frame walls exposed to unintended moisture sources

Bruno VanderscheldenNathan Van Den BosscheMarijke Steeman