Jannaty, Rasoul
BSc, Department of Occupational Health Engineering, Faculty of Health, Kurdistan University of Medical Sciences, Sanandaj, Iran
[ 1 ] - Assessment of the Risk of Individual and Occupational Factors Affecting the Causes of Occupational Accidents in the Construction Industry Using the Fuzzy Hierarchical Analysis Approach: A Case Study in Kurdistan Province, Iran
Background and Aim: Based on the Iranian Social Security Organization statistics, in 2012 the accidents occurring in the construction industry accounted for 26% of all the occupational accidents in the country. Therefore, this study was conducted to identify the individual and occupational risk factors affecting the causes of occupational accidents in this industry using the fuzzy hierarchical ...
[ 2 ] - Risk assessment of resilience engineering level and integrated resilience engineering with safety, health and environment of hospitals (case study: two selected hospitals of Faraja in 1400)
Introduction: By evaluating the level of resilience engineering and resilience engineering combined with safety, health, and environment, the priorities of medical centers to face crises are determined. Therefore, this study aimed to implement a risk assessment model with a checklist designed in a fuzzy environment. Materials and Methods: This cross-sectional study, in 2014, in two Faraja hosp...
[ 3 ] - Presenting a semi-quantitative model based on the resiliency engineering management commitment index in assessing the level of preparedness against emergency situations of hospitals in a fuzzy environment (case study: selected Faraja hospitals in 202
Abstract Background and Objective: The main index in resilience engineering is the management commitment index. In this study, a semi-quantitative risk assessment method based on the fuzzy hierarchical analysis method for management commitment index was implemented in evaluating the resilience level of two selected hospitals. Materials and methods: At first, evaluation tools including a 17-qu...
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