Proposing Probabilistic Operational Risk Assessment Model for Textile Industry Using Bayesian Approach

Journal Title: Fibres and Textiles in Eastern Europe - Year 2018, Vol 26, Issue 1

Abstract

Accidents, operational failures and losses prompt authorities to highlight the importance of adequate systems and controls to deal with operational risk (OR). Therefore risk assessment methodology has become a dire need of major industries for undertaking valuable measures in production and operation’s research. The paper describes methodology for conducting the risk assessment of the textile operational domain in general i.e. developing a conceptual risk assessment framework and conducting the methodological implementation of the selected operational risk element using the approach proposed. The risk assessment model proposed embraces the concept of probabilistic risk assessment structural modeling using the Bayesian Approach in its generalised form that may be applied to specific textile operational settings with the definition of dimensions and scales for a specific textile environment. The generalised model proposed can also be applied to different textile industries with the insertion of real data for testing and validation. The OR prediction model proposed is GUI-based, scalable, expandable and can be tested for any textile operations with little modification in parent/ end nodes under the specific risk element. The paper is helpful to ensure safety and a pro -active approach in textile risk management and also contributes towards the sustainable development of industry operations in the future.

Authors and Affiliations

Mustafa Jan Jan, M. Saeed Khalid, Akber Ali Awan, Salman Nisar

Keywords

Related Articles

Airflow Characteristics During the Rotor Spun Composite Yarn Spinning Process

Rotor spun composite yarn shows compound performances when combined with staple fibres and filaments, such as excellent hand feeling as well as extreme elasticity and strength. Air characteristics including pressure and...

Analysis of the Competitiveness of the Turkish Textile and Clothing Sector in the European Union Market

The Turkish textile and clothing sector maintains its significance and place in the national economy and exports despite the increasing international competition. The European Union-28 (EU-28) countries are some of the m...

Programming Periodic Fatigue Research of Composites Utilised for Ski Jumping Suits by Means of Merlin Test Profiler Software

In the thesis, an example of using an Instron 5544 – a tensile testing machine for programmable fatigue research of composite material designed for ski jumping suits is described. A few basic parameters were considered i...

Investigation of Dimensional Changes During Garment Production and Suggestions for Solutions

Dimensional change problems experienced in textile products have always been an important subject and in the focus of attention. Today it is expected that dimensional changes in fabrics, the basic material of textile pro...

Szczepienie plazmowe z udziałem soli dialliludimetyloamoniowej dla nadania właściwości antybakteryjnych materiałom polipropylenowym

Czwartorzędową solą metylodialliloamoniową (MDAA) szczepiono powierzchnię włókniny polipropylenowej stosując niskotemperaturową plazmę o częstotliwości radiowej. Stosunek szczepienia MDAA do PP wzrastał ze wzrostem tempe...

Download PDF file
  • EP ID EP235615
  • DOI 10.5604/01.3001.0010.5860
  • Views 84
  • Downloads 0

How To Cite

Mustafa Jan Jan, M. Saeed Khalid, Akber Ali Awan, Salman Nisar (2018). Proposing Probabilistic Operational Risk Assessment Model for Textile Industry Using Bayesian Approach. Fibres and Textiles in Eastern Europe, 26(1), 10-19. https://europub.co.uk/articles/-A-235615