A Hybrid Model for Designers to Learn from Failures: A Case of a High Potential Fire Incident at an Underground Hard Rock Mine DOI Creative Commons
Tafadzwa Gotora, Ashraf Labib

Applied Sciences, Journal Year: 2025, Volume and Issue: 15(8), P. 4577 - 4577

Published: April 21, 2025

Mining companies are increasingly being motivated to become High Reliability Organisations (HROs) in order achieve better results critical areas such as safety, environment management, and loss avoidance despite their complex environments. recognised by abilities effectively anticipate failures disasters, including use of lessons learnt from previous failures. This paper seeks demonstrate how designers for systems the mining industry can learn manage them. It also demonstrates applicability a hybrid model which incorporates integrates Fault Tree Analysis (FTA), Block Diagram (RBD) analysis, Risk Priority Number (RPN) concepts, Analytical Hierarchy Processes (AHPs) case study Potential Incident (HPI) at an underground hard rock mine. shows valuable be extracted these used decision making prevent future The main contribution this work is demonstration incorporating HRO principles with modelling framework learning

Language: Английский

A Hybrid Model for Designers to Learn from Failures: A Case of a High Potential Fire Incident at an Underground Hard Rock Mine DOI Creative Commons
Tafadzwa Gotora, Ashraf Labib

Applied Sciences, Journal Year: 2025, Volume and Issue: 15(8), P. 4577 - 4577

Published: April 21, 2025

Mining companies are increasingly being motivated to become High Reliability Organisations (HROs) in order achieve better results critical areas such as safety, environment management, and loss avoidance despite their complex environments. recognised by abilities effectively anticipate failures disasters, including use of lessons learnt from previous failures. This paper seeks demonstrate how designers for systems the mining industry can learn manage them. It also demonstrates applicability a hybrid model which incorporates integrates Fault Tree Analysis (FTA), Block Diagram (RBD) analysis, Risk Priority Number (RPN) concepts, Analytical Hierarchy Processes (AHPs) case study Potential Incident (HPI) at an underground hard rock mine. shows valuable be extracted these used decision making prevent future The main contribution this work is demonstration incorporating HRO principles with modelling framework learning

Language: Английский

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