Abstract
To evaluate the safety of emergency training for industrial accident scenarios, an approach combining analytic hierarchy process (AHP) and gray-fuzzy evaluation is proposed. According to the characteristics of industrial emergency training scenarios, a safety evaluation index system for this training is constructed from four aspects: human, machine, environment, and management. The index weight is established using the AHP and the evaluation model is established base of the gray-fuzzy evaluation method. Based on the combination of the two methods, the quantitative results on training safety was obtained and the most important factor that have the greatest impact on training safety was found. Using this new assessment method, the safety of an industrial accident training scenario for a domestic emergency training facility are assessed, the defects in its emergency capacity are determined, and measures and suggestions are recommended to provide scientific and effective basis for improving emergency capacity.
Highlights
With the national attention focused on emergency management and the development of the emergency industry, to improve the emergency rescue ability of firefighters and meet the needs of national fire combat simulation training, a variety of disaster emergency simulation training scenarios should be implemented
Combining the analytic hierarchy process (AHP) and gray-fuzzy evaluation, we identified the factors that have a more of an impact on the safety of emergency training for industrial accident scenarios
(2) A safety assessment approach: Using AHP combined with gray fuzzy comprehensive evaluation, the safety evaluation of the industrial accident emergency rescue training base was carried out, and suggestions for improvement were provided based on the evaluation results
Summary
With the national attention focused on emergency management and the development of the emergency industry, to improve the emergency rescue ability of firefighters and meet the needs of national fire combat simulation training, a variety of disaster emergency simulation training scenarios should be implemented. By the combination of AHP and grey fuzzy comprehensive evaluation, index weight analysis and quantitative safety assessment of emergency rescue training safety in industrial accident scenarios can be carried out, the training safety level can be obtained, and safety recommendations can be provided . We combined the AHP with the gray-fuzzy evaluation model to assess the safety of the emergency training system for industrial accident scenarios. Combining the AHP and gray-fuzzy evaluation, we identified the factors that have a more of an impact on the safety of emergency training for industrial accident scenarios. (2) A safety assessment approach: Using AHP combined with gray fuzzy comprehensive evaluation, the safety evaluation of the industrial accident emergency rescue training base was carried out, and suggestions for improvement were provided based on the evaluation results. According to the above steps, the system can be evaluated comprehensively
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
