设计决策如何改变钢筋混凝土结构的高空坠落?

Kemal Dirgen Tözer, G. E. Gürcanlı, Tahir Çeli̇k, Özge Akboğa Kale
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引用次数: 0

摘要

通过设计进行预防(PtD)和为安全而设计(DfS)目前正被纳入职业健康与安全和建筑设计的考虑范围。最近的一系列研究表明,设计师在设计过程中做出的某些决定是许多风险的根源。一项研究将高空坠落与钢筋混凝土建筑的传统设计过程联系起来。这项研究将建筑设计过程分为几个阶段。在设计阶段,收集了该行业建筑师和工程师的意见。根据对劳动部职业事故调查报告的研究,确定了事故类型。在所研究的 15 种高空坠落事故中,有 12 种归因于设计决策。其中,6 种不同的事故类型与 5 项或 5 项以上的设计决策有关,2 种与 3 项或 4 项设计决策有关。其余 4 种类型仅与 1 项设计决策有关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
How design decisions change fall from heights in reinforced concrete structures?
Prevention through Design (PtD) and Design for Safety (DfS) are now being considered in relation to occupational health and safety and building design. A recent collection of studies suggests that certain decisions made by designers during the design process are at the root of many risks. A study was undertaken to relate falls from height to the conventional design process for reinforced concrete buildings. This was achieved by dividing the building design process into stages. During the design phase, input was gathered from architects and engineers working in the sector. Accident types were identified based on studies of occupational accident investigation reports from the Ministry of Labor. Of the 15 types of fall from height accidents studied, 12 were attributed to design decisions. Of these, 6 different accident types were associated with 5 or more design decisions, while 2 of these were associated with 3 or 4 design decisions. The remaining 4 types were linked to only 1 design decision.
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