A BIM-based decision-making framework for optimal seismic retrofit of existing buildings

Caterino, Nicola; Nuzzo, Iolanda; Ianniello, Antonio; Varchetta, Giorgio; Cosenza, Edoardo

doi:10.1016/j.engstruct.2021.112544

Cited by 22 publications

(4 citation statements)

References 23 publications

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“…BIM es una herramienta muy útil que se plantea mediante dibujos para realizar una gestión de los edificios digitalmente, pero a la vez es tedioso cuando se trata de imágenes al plasmarlo en la herramienta, para obtener las características de la imagen o dibujos de diferentes diseños se toma como apoyo la tecnología de fase de imágenes ya que permite recopilar información de los dibujos de elementos estructurales y es un método confiable (Zhao, Deng, & Lai, 2021). BIM es una herramienta manejable y valiosa porque facilita en la toma decisiones en la ingeniería civil, permite gestionar los datos del edificio, evaluar los diseños con exactitud en el proceso (Caterino, Nuzzo, Ianniello, Varchetta, & Cosenza, 2021). En la industria de la construcción BIM ha alcanzado cosas positivas en su uso y seguirá revolucionando años tras años, es una herramienta multidisciplinaria que se incorpora en un solo modelado, algunas empresas están optando esta tecnología ya pe permite reducir errores en los proyectos a diferencia de lo que se usaba tradicionalmente como el AutoCAD o el papel (Loyola & López, 2018).…”

Section: Bim Y Otras Tecnologías En Las Edificacionesunclassified

Salud estructural en edificaciones utilizando tecnología BIM: Revisión literaria

Pérez

Cisneros

Gil

2023

inycomp

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In the science of monitoring and health maintenance have facilitated damage and defects in buildings by expanding technology through the use of wireless sensors, 3D model, among others, visualize and document results that have encouraged researchers to use powerful tools such as BIM technology, aiming to gain importance due to driving tools that are widely used in the architecture, engineering and construction sector, due to the combination of the results of structural health monitoring (SHM). Eighty articles indexed in Scopus, Ebsco, Scielo and Science Direct databases were reviewed, from the years 2016 - 2021, the following keywords were used to search for information: structural health and BIM technology, Structural Health in building and Bim, Properties of recycled concrete, Health and buildings, Building and BIM technology, Structural health in buildings, structural health of buildings through BIM. Subject area filters were used such as: Engineering, Engineering and Building. Concluding that the union of BIM and SHM technology is the support to establish the situation of the structure, specifying the range of the structural damage and estimating the duration of the structure.

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Section: Bim Y Otras Tecnologías En Las Edificacionesunclassified

Salud estructural en edificaciones utilizando tecnología BIM: Revisión literaria

Pérez

Cisneros

Gil

2023

inycomp

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“…Data-driven tools applied for seismic and energy retrofit or renovation research are BIM (Scherer and Katranuschkov, 2018) and Multi-Criteria Decision-Making (Asadi, Salman, and Li, 2019). Decision Support Systems for choosing the best retrofit strategies have been proposed using an MCDM-BIM integrated framework (Caterino et al, 2021) and for purposes like emissions reduction (Håkansson et al, 2013). Moreover, BIM has provided an affordable computation platform for Virtual Retrofit Model (VRM) (Woo and Menassa, 2014) for energy simulation, agent-based modeling, and multicriteria decision support systems that support streamlined decision-making for building retrofit projects.…”

Section: Artificial Intelligencementioning

confidence: 99%

Data driven framework to select best retrofitting strategies

Ania¹,

Luca²,

Fulvio³

2022

Proceedings of the 2022 European Conference on Computing in Construction

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EU building sector consists mainly of outdated and inefficient properties with high energy consumption. Hence, building retrofit is being emphasized as a feasible alternative for addressing existing challenges, taking lots of time, effort, resources, and expertise in its traditional form. Conventional case-based retrofit scenarios fail to deliver quick and objective solutions for massive datasets. This research benefits from Artificial Intelligence, particularly clustering techniques, to enhance strategic decision-making for building retrofit and solve the shortcomings of conventional methods. It connects the dispersed Italian databases (CENED and TABULA) and determines desired building technology and retrofit strategy to obtain an optimum energy label.

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“…In the literature, there are many works related to risk analysis, either in a broad sense or to some specific factor. Some specific studies on the vulnerability can be found in [1][2][3][4][5][6][7][8][9][10] and on the exposure in [11,12] Regarding the costs analyses, some works are reported in [13,14] and on the multi-criteria, there are [15][16][17][18][19].…”

Section: Caesar II (Complementary Analyses For Emergency Planning Based On Seismicmentioning

confidence: 99%

CAESAR II Tool: Complementary Analyses for Emergency Planning Based on Seismic Risks Impact Evaluations

et al. 2021

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Italy is a country with high seismic hazard, however since the delay in the seismic classification of the national territory, most of the existing building heritage does not comply with the current technical standards for buildings. The seismic events that have hit different Italian regions in recent years have highlighted the complexity of the challenge for the public bodies both in the emergency management and post-event reconstruction and in the planning of effective risk prevention and mitigation measures to be implemented in ‘peacetime’. These difficulties concern, in particular, the capacity to properly manage the financial and technical resources available and to identify the intervention priorities throughout the entire emergency cycle. For correct management, the priority is to quantify and localize, through simulations, the quantification of probable damages and to evaluate in terms of cost-benefits the possible alternative strategies for mitigation, also taking into account the potential, in terms of cost-effectiveness, of integrated measures for seismic and energy retrofitting. In this framework, the project CAESAR II (Complementary Analyses for Emergency planning based on Seismic Risks impact evaluations) has been developed as a Decision Support System for Public Authorities in charge of developing Disaster Risk Reduction plans, with the possibility of programming mid to long-term investments for public and private properties, as well as defining custom financial support mechanisms and tax incentives.

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A BIM-based decision-making framework for optimal seismic retrofit of existing buildings

Cited by 22 publications

References 23 publications

Salud estructural en edificaciones utilizando tecnología BIM: Revisión literaria

Salud estructural en edificaciones utilizando tecnología BIM: Revisión literaria

Data driven framework to select best retrofitting strategies

CAESAR II Tool: Complementary Analyses for Emergency Planning Based on Seismic Risks Impact Evaluations

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