Avaliação dos riscos do trabalho em altura na construção civil

Lana, Letice Dalla; Quadros, Juliane do Nascimento de; Weise, Andreas Dittmar; Reis, R. P. B. P. Dos; Rosa, Luís Henrique Telles da; Buligon, Sandra Medianeira

doi:10.14488/1676-1901.v14.i1.1634

Cited by 3 publications

(2 citation statements)

References 10 publications

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“…The FTA tool is a failure analysis mode through a logical diagram (LANA et al (2014), MIRANDA et al (2021). It consists of identifying the top event or effect and, from there, all failures that, alone or together, may have contributed to appearance and, consequently, performance losses.…”

Section: Fault Tree Analysis (Fta)mentioning

confidence: 99%

The buildings (dis)pathology: analysis of management tools for building maintenance services

Barbosa,

Galil,

Dos Santos

et al. 2023

CLCS

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Buildings are susceptible to both inherent and external vulnerabilities throughout all phases of the construction process, spanning from design to occupancy. Many types of failures can impact these structures. Researching building failures involves a three-step approach: listening, categorizing, and determining solutions that prioritize the least invasive and cost-effective interventions. This research aims to present different prioritization methods and identify the most appropriate methodology for diagnosing and addressing specific failures. The research evaluates conventional tools, as follows BASICO, SWIFT, FMEA, AFF, and GUT matrix, offering a critical analysis of their strengths and weaknesses. A case study focusing on moisture-related maintenance services for building facades is presented. Finally, the GUT matrix and the FMEA method are the most effective approaches for addressing building failures, however, the GUT matrix stands out for being easier to apply in building maintenance management.

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Section: Fault Tree Analysis (Fta)mentioning

confidence: 99%

The buildings (dis)pathology: analysis of management tools for building maintenance services

Barbosa,

Galil,

Dos Santos

et al. 2023

CLCS

View full text Add to dashboard Cite

show abstract

“…Um dos setores propensos a graves acidentes de trabalho é a indústria da construção, na qual os colaboradores estão expostos a riscos e danos a saúde, provocando a hospitalização, incapacidade e até mesmo a morte (LANA et al, 2014;YI;LANGFORD, 2006). Pesquisas, como as de Behm (2005) e Manuele (2013), mostram que arquitetos e engenheiros têm a oportunidade de afetar positivamente a segurança e a saúde dos trabalhadores da construção civil por meio das escolhas que fazem no processo de concepção do empreendimento.…”

Section: Introductionunclassified

Planejamento da segurança na construção utilizando a modelagem virtual

Leão¹,

Serra²

2021

Simpósio Brasileiro De Gestão E Economia Da Construção

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The architects and engineers can incorporate safety and health aspects of construction workers through “Prevention Trough Design” (PtD). This tool aims to integrate decisions of the safety and health at all stages of the development of the project. There is computational support for PtD with the use of virtual prototyping. The objective of this paper is to demonstrate the technical viability of integrating the planning of collective protection systems (SPC) to the schedule using the PtD (virtual prototyping) concept in a BIM-4D model. The research approach was divided as follows: Definition of the chosen SPC design; Elaboration of the corresponding BIM library; Inclusion of SPC in the BIM-3D model; Planning of activities and simulation of model integrating activities related to temporary structures; Identification of opportunities for improvement in programming, especially with regard to site safety. As a result, the deficiencies were detected in programming, such as lack of guard-rails in perimeter of slabs that were being prepared for concreting. Finally, the incorporation the PtD concept is technically feasible and can help builders to anticipate risk and plan safety resource allocations in advance.

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The Buildings (Dis)pathology: Analysis of Management Tools for Building Maintenance Services

Barbosa,

Galil,

Santos

et al. 2023

Preprint

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Buildings are subject to intrinsic and extrinsic failures at all stages of the construction process, i.e., design to occupancy (i.e., use) as several failure types can affect them. There are three basic steps for researching building failures: listing, cataloging, and solving/deciding whether highlighting the least invasive and lowest cost intervention. Therefore, this research presents some methods used in construction for the intervention prioritization and seeks to illustrate the most suitable methodology for different settings failure x diagnosis x intervention. Therefore, the most traditional tools are shown: BASICO, SWIFT, FEMEA, AAF, and GUT matrix, where a critical assessment of the strengths and weaknesses is carried out. After that, a case study on maintenance services for the moisture on the building facades was performed. Finally, the GUT matrix and the FMEA method are the best results

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Avaliação dos riscos do trabalho em altura na construção civil

Cited by 3 publications

References 10 publications

The buildings (dis)pathology: analysis of management tools for building maintenance services

The buildings (dis)pathology: analysis of management tools for building maintenance services

Planejamento da segurança na construção utilizando a modelagem virtual

The Buildings (Dis)pathology: Analysis of Management Tools for Building Maintenance Services

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