Abstract

The Architecture of Rotating Machines Condition-Monitoring Using Model-Based System Engineering Approach

Highlights

  • Introduction and State of the ArtThe digital transformation within the mining industry leads to a tide of change in the interaction with stakeholders at every step of the value chain.From mineral exploration, through mining and production, to downstream sales and distribution, digitalization is defining new approaches challenging the traditional business models.Citation: Guerroum M, Zegrari M, Elmahjoub AA, El Alaoui A, Saadi J, et al (2020) The Architecture of Rotating Machines ConditionMonitoring Using Model-Based System Engineering Approach

  • We focused on Unified Modeling Language (UML)/SysML diagrams as Object Management Group (OMG)’s MARTE is dedicated to embedded and electronic applications, as a modeling platform [30]

  • We evaluated this approach as a core modeling for integrating predictive maintenance applications

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Summary

Introduction and State of the Art

The digital transformation within the mining industry leads to a tide of change in the interaction with stakeholders at every step of the value chain. The maintenance management model can rely on MBSE Framework, and such effect can be either to modify the requirements influencing the design for the product or to improve/change the production system technology or layout concerning machining/assembling operation [37] We evaluated this approach as a core modeling for integrating predictive maintenance applications. The objective of this work is to develop a machine maintenance strategy using the real-time evaluation of the system’s physical parameters including the electric motor and mechanical transmissions in the industrial environment [7] This strategy is based on algorithms simulation [40], collected data by sensors [41], and interfaces & alerts management [42]. The constructional architecture details the components and their configuration, making the architecture representation concrete

Digital Transformation and Integration Environment
Stakeholders needs development
The monitoring system operational descriptions
The Monitoring System Functional View
The monitoring system functional requirements
The system functional descriptions
The Monitoring System Organic Construction
The system constructional requirement
Constructional descriptions
Case Study General Remarks
Conclusion and Perspectives

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