The Correlation of Personal Protective Equipment Socialization Toward the Changing of Occupational Safety and Health Behavior of Musical Instrument Craftsmen

Hamdani, Muhammad Zakwan; Rudyarti, Edwina; Phuspa, Sisca Mayang

doi:10.20473/jvhs.v2.i1.2018.14-19

Cited by 2 publications

(1 citation statement)

References 3 publications

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“…The recommendations focused on the importance of improving task instructions and procedures, reducing worker stress, reducing work complexity, training workers to further improve their knowledge of work, and supervising work to ensure that procedures and work instructions are implemented as required [60,69].…”

Section: Resultsmentioning

confidence: 99%

A New Integrated Risk-Assessment Model for Minimizing Human-Machine Error Consequences in a Preventive Maintenance System

et al. 2023

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In this paper, a risk-assessment model for minimizing human-machine error consequences during the implementation of preventive maintenance tasks has developed. The developed model aimed to find the optimal preventive maintenance interval (PMI) and corresponding minimum risk consequences costs per unit of time. Based on expert judgment, a human error probability (HEP) model was developed using the success likelihood index methodology (SLIM). In addition, we developed a system failure probability (SFP) model based on the failure and repair data of the system. The HEP model was integrated with an SFP model to develop a human-machine error model. Then, the risk-assessment model was developed based on the consequences of system failure and human error. The effectiveness of the developed human-machine error model was shown by applying a numerical example for a multi-component series system. The optimization toolbox from MATLAB R2022b was applied to solve the developed human-machine model. The results showed that the optimal PMI can be implemented after 24 working hours to 105 hours under the acceptable limit of risk in the system which is 100 SR/h. Finally, the developed model is an effective method that can be applied to a wide range of manufacturing systems to minimize financial risks related to system inspection and maintenance while meeting safety and availability requirements.

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Section: Resultsmentioning

confidence: 99%

A New Integrated Risk-Assessment Model for Minimizing Human-Machine Error Consequences in a Preventive Maintenance System

et al. 2023

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Human error probability analysis using Success Likelihood Index Method (SLIM) approach in grinding activities

Santiasih¹,

Ratriwardhani²

2021

IOP Conf. Ser.: Mater. Sci. Eng.

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Grinding activities produced 31% accident cases that occurred repeatedly and had the same cause. Most of them were investigated and were proved to be caused by human error. The study aims to obtain the value of Human Error Probability (HEP), thus, it could be employed as prevention and controlling consideration. HEP value was obtained by finding the value of. Success Likelihood Index (SLI). SLI value could be obtained using questionnaires and Performance Shaping Factor (PSF) assessment which had been filled by expert judgment. The scenarios were developed to predict and reduce the occurrence of human error as applied to Success Likelihood Index Method (SLIM). This research illustrated the factors that affected errors in the grinding process were procedure, fatigue, complexity, training, and experience. The task that contained the highest error value was in the first task (use PPE following predetermined). While the task which included the lowest HEP was task 2 (prepare documents according to pre-defined). As part of efforts to reduce the error probability values grinding process, it recommended reducing the probability of error by increasing the value of PSF, ranging from improved procedures, reduction of fatigue of the workers, the reduction of the complexity of the job, increased training for workers, and increased workers’ qualification through work experience history.

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The Correlation of Personal Protective Equipment Socialization Toward the Changing of Occupational Safety and Health Behavior of Musical Instrument Craftsmen

Cited by 2 publications

References 3 publications

A New Integrated Risk-Assessment Model for Minimizing Human-Machine Error Consequences in a Preventive Maintenance System

A New Integrated Risk-Assessment Model for Minimizing Human-Machine Error Consequences in a Preventive Maintenance System

Human error probability analysis using Success Likelihood Index Method (SLIM) approach in grinding activities

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