%0 Journal Article
%T Incorporation of hazard rectification performance for safety assessment
%J International journal of occupational safety and ergonomics
%D 2021
%A Liu, Mei
%A Chong, Heap-Yih
%A Liao, Pin-Chao
%A Xu, Linyu
%V ePub
%N ePub
%P ePub-ePub
%X INTRODUCTION: Safety assessment helps the development of continuous improvement strategies in construction safety, especially coping with dynamic changes to the on-site environment with uncertainties. This paper proposes a composite safety assessment based on on-site conditions to facilitate improved and proactive construction safety management. <br><br>METHODS: First, based on evident rectification records, we utilized set pair analysis, a grey-rough approach, and a coevolution approach to quantify overall safety performance. Second, we incorporated two safety performance indicators into a composite assessment framework, using rough set theory and fluid dynamics. Finally, the assessment results of the seven completed projects were compared. <br><br>RESULTS: The coevolution approach had novel advantages in assessing rectification performance and the fluid dynamics approach could enhance the proactive warning ability of the safety assessment. Contribution: Theoretically, the research contributes to new insights into the quantification of construction safety assessment under dynamic on-site conditions. Practically, it also contributes to the active and objective measurement of management performance and promotes the dynamic and stable safety performance evaluation for onsite construction.<p /> <p>Language: en</p>
%G en
%I Informa - Taylor and Francis Group
%@ 1080-3548
%U http://dx.doi.org/10.1080/10803548.2021.1882165