Building conditions assessment of built heritage in historic building information modeling

Bruno, Silvana; Fatiguso, Fabio

doi:10.2495/sdp-v13-n1-36-48

Cited by 31 publications

(23 citation statements)

References 18 publications

(15 reference statements)

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“…Dos 26 trabalhos analisados, 12 utilizaram a técnica 3D Laser Scanning para o levantamento de dados geométricos das construções históricas, enquanto nove utilizaram Fotogrametria Digital; sendo seis por Fotogrametria Terrestre e três por Fotogrametria Aérea com Unmanned Aircraft Systems (UAS) (Figura 9). Com relação ao levantamento de informações relacionadas às propriedades físicas, químicas e mecânicas dos elementos da construção, quatro trabalhos utilizaram Ensaios Não Destrutivos (END), como: Ground Penetrating Radar (GPR) (BARAZZETTI et al, 2015;BRUNO;FATIGUSO, 2018), Ultrassom (BARAZZETTI et al, 2015;CRESPI et al, 2015), Termografia Infravermelha (BARAZZETTI et al, 2015BRUNO;FATIGUSO, 2018) e "Flat Jack Testing" (BARAZZETTI et al, 2015;BRUNO;FATIGUSO, 2018).…”

Section: Resultsunclassified

HBIM e mapa de danos

Silva

Cuperschmid

2022

PARC Pesq. em Arquit. e Constr.

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Um dos mais importantes documentos para a avaliação do estado de conservação do patrimônio cultural construído é o Mapa de Danos, cuja função é apresentar de forma sintética e precisa as informações referentes às anomalias identificadas nessas construções, assim como suas ações corretivas. No entanto, esse documento é usualmente produzido em sistemas de representação bidimensional, que não favorecem uma estruturação consistente dessas informações, tampouco a interoperabilidade. A Modelagem da Informação da Construção Histórica (HBIM) oferece novas possibilidades para o registro dos danos, uma vez que toda a documentação poderia ser associada a um banco de dados e atualizada ao longo do ciclo de vida das construções históricas. Portanto, essa pesquisa tem como objetivo principal apresentar os resultados qualitativos de uma Revisão Sistemática da Literatura (RSL), desenvolvida com a finalidade de identificar o estado-da-arte de pesquisas relevantes que correlacionam os conceitos de HBIM e Documentação de Danos do Patrimônio Construído. A pesquisa foi realizada em seis etapas: (1) Definição da Questão; (2) Estratégia de Busca; (3) Triagem e Elegibilidade; (4) Avaliação da Qualidade; (5) Síntese dos Resultados e (6) Apresentação do Estudo. Foram constatadas distintas finalidades para a documentação diagnóstica utilizando a metodologia HBIM, como avaliação estrutural e gestão de obras de restauro e conservação. Entretanto, foram ressaltadas dificuldades de interoperabilidade entre as ferramentas, que precisam ser aprimoradas de forma a possibilitar a comunicação e gestão das informações relacionadas ao Patrimônio Cultural Construído.

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Section: Resultsunclassified

HBIM e mapa de danos

Silva

Cuperschmid

2022

PARC Pesq. em Arquit. e Constr.

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“…The parametric approach, therefore, allows to modify the level of details of the modelled object depending on new information available about it (e.g. through non-destructive tests) (Bruno, Fatiguso, 2018;Oreni et al, 2017;Stober et al, 2018). The transition from discrete three-dimensional model of point clouds to an infographic model, involves simplifications and deductive assumptions.…”

Section: From Survey Of Tall Buildings To H-bimmentioning

confidence: 99%

Hbim for the Seismic Vulnerability Assessment Of Traditional Bell Towers

Mondello

Garozzo

Salemi

et al. 2019

Int. Arch. Photogramm. Remote Sens. Spatial Inf. Sci.

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<p><strong>Abstract.</strong> The research proposes a novel and expeditious approach starting from direct and SfM (Structure from Motion) surveying up to H-BIM to provide a supporting tool to the knowledge of traditional bell towers, also useful for the seismic vulnerability assessment. The research draws on the possibility to enrich the H-BIM model with a semantic layer that takes into account the vulnerability indicators as defined in 2011 Italian Guidelines for the assessment and reduction of seismic risk of cultural heritage. Starting from 3D data survey, passing through the historical and constructive analysis, and the semantic classification of parts, the workflow foresaw the setting up of a semantic layer creating parameters to be assigned to each architectural component of the building and according an expeditious check-list which focuses on empirical knowledge of bell towers. This kind of information stored in the model could be very useful in situations that require particularly timely decision-making, such as in the case of calamitous events.</p>

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“…Research has considered the practical issues of data capture, subsequent 3D parametric modelling from point cloud data, automated data processing, pattern recognition, and the creation of object libraries [6,7,8]. The potential of BIM as a centralised data hub, facilitating the production, integration and management of required building information such as survey data, material, constructional and performance analysis, drawings, photographs, historical information and archival data, has also been the focus of much recent research [9,10,11,12,13]. Furthermore, key BIM concepts such as component based parametric modelling and associated data parameters, inventory and database development, and the extraction and transfer of structured data have been identified as beneficial in the operational phase of a building's lifecycle [14,15], particularly for repair and maintenance.…”

Section: Introduction 11 Building Information Modelling (Bim) and The Built Historic Environment -Heritage Bimmentioning

confidence: 99%

Conservation data parameters for BIM-enabled heritage asset management

Hull

Ewart

2020

Automation in Construction

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Key BIM concepts such as parametric modelling, database formulation and structured information management could offer huge benefits and efficiencies to the built historic environment in the operation and maintenance phase (O&M) of a building's lifecycle (lifecycle BIM), such as heritage asset management, and particularly conservation repair and maintenance (CRM) programming. Despite these potential benefits, practical examples of the use of BIM for O&M in a heritage context are limited in the published literature. This paper considers known barriers to the general implementation of lifecycle BIM, in particular the identification of critical information requirements, and introduces an Antarctic case study that sought to establish a framework of data parameters, limited specifically to BIM-enabled heritage asset management. Research findings suggest that while developing a framework of conservation data parameters is a relatively simple task, it is the retrospective compilation of historic building information for the development of a structured Asset Information Model (AIM) that presents more of a challenge. Furthermore, it is highlighted that adoption of the information management process is critically affected by socio-technical dimensions, and that working practices within the heritage sector need to be carefully aligned to a BIM philosophy for successful implementation. The key challenges and findings of this research should be considered when developing guidance for the implementation of BIM-enabled heritage asset management.

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Building conditions assessment of built heritage in historic building information modeling

Cited by 31 publications

References 18 publications

HBIM e mapa de danos

HBIM e mapa de danos

Hbim for the Seismic Vulnerability Assessment Of Traditional Bell Towers

Conservation data parameters for BIM-enabled heritage asset management

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