Polytechnic School of the University of Pernambuco, Madalena, Recife, PE, Brazil.
University of Porto, Porto, Portugal.
Work. 2024;79(1):481-498. doi: 10.3233/WOR-220613.
Safety design covers proactive actions as it analyzes accident risks early in the enterprise life cycle, and considers the designer acting on accident prevention as a member of the construction team.
This paper proposes an accident investigation to establish links between accident causes and design to support Prevention through Design (PtD) tools.
This article analyzed more than a thousand severe and fatal accident cases in the construction sector. A systematic analysis method was structured based on descriptions of accident causes and measures that could be taken to avoid accidents.
Analyzing the severe and fatal accidents, the safety measures implemented in the project design could avoid at least 23.6% of the events. As a result, the architectural and structural designs were more effective in accident prevention. The reference percentages and the design types that are more effective in preventing accidents are analyzed through a representative sample of the analysis of the accident.
This research contributes to applying safety guidelines in design projects, directly assisting in project and construction management.
安全设计涵盖了主动行动,因为它在企业生命周期早期就分析了事故风险,并将设计师作为施工团队的一员来考虑预防事故。
本文提出了一项事故调查,以建立事故原因与设计之间的联系,从而支持通过设计预防 (PtD) 工具。
本文分析了建筑行业一千多起严重和致命的事故案例。基于对事故原因和可以采取的避免事故的措施的描述,构建了一种系统的分析方法。
对严重和致命事故进行分析后发现,项目设计中实施的安全措施至少可以避免 23.6%的事故。因此,建筑和结构设计在预防事故方面更有效。通过对事故分析的代表性样本进行分析,得出了参考百分比和更有效的预防事故的设计类型。
这项研究有助于将安全指南应用于设计项目,直接协助项目和施工管理。