Model-based Systems Engineering of Discrete Production Lines Using SysML: An Experience Report

Noten, Johan Van; Gadeyne, Klaas; Witters, Maarten

doi:10.1016/j.procir.2017.01.018

Cited by 8 publications

(4 citation statements)

References 5 publications

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“…During this work, we have stated the lack of alignment of SysML diagrams to discrete manufacturing systems, as it has been reported [28]. Therefore, the development of normative SysML profiles that consider the modelling of manufacturing systems from different points of view (different types of analysis) and the development of standard libraries for these manufacturing entities is still an open issue.…”

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confidence: 90%

Multidomain Simulation Model for Analysis of Geometric Variation and Productivity in Multi-Stage Assembly Systems

et al. 2020

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Nowadays, the new era of industry 4.0 is forcing manufacturers to develop models and methods for managing the geometric variation of a final product in complex manufacturing environments, such as multistage manufacturing systems. The stream of variation model has been successfully applied to manage product geometric variation in these systems, but there is a lack of research studying its application together with the material and order flow in the system. In this work, which is focused on the production quality paradigm in a model-based system engineering context, a digital prototype is proposed to integrate productivity and part quality based on the stream of variation analysis in multistage assembly systems. The prototype was modelled and simulated with OpenModelica tool exploiting the Modelica language capabilities for multidomain simulations and its synergy with SysML. A case study is presented to validate the potential applicability of the approach. The proposed model and the results show a promising potential for future developments aligned with the production quality paradigm.

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confidence: 90%

Multidomain Simulation Model for Analysis of Geometric Variation and Productivity in Multi-Stage Assembly Systems

et al. 2020

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“…As part of the MBSE development and especially to improve languages used by system engineers, Noten et al presented some experiences and limitations encountered when applying and customizing SysML. An industrial use case is designed by a multidisciplinary team through several companies [20]. These developments can lead to the knowledge expansion which offers the opportunity to ful ll the steps of veri cation and validation of the product requirements.…”

Section: Literature Review On Mbse Approachesmentioning

confidence: 99%

A Design Approach Of Mechanical Assemblies Based On MBSE And CAD Models Interoperability

Brahmi

Belhadj

Hammadi

et al. 2021

Preprint

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The technological development of the last decades have been able to push human to develop their needs, so a way to new demands were opened and this can lead to a complexity problem. Thereby, a good interoperability between the product design activities can lead to the possibility of ensuring a promising satisfaction to all requirements. However, the major problem is the enormous discontinuity between them. Indeed, each one treats the product from its point of view without recourse to the requirements defined by others. This paper is interested in the collaborative work that brings together the system engineer, who deals with the system from a global view, and the designer, who is a specialist in the detailed design, in order to validate requirements. A new methodology has been proposed to define the role of each one in the design process. This methodology focuses on the product development cycle from the analysis of needs to the validation phase. This obviously requires interoperability between the two domains of Model Based System Engineering (MBSE) and Computer Aided Design (CAD). Based on a pedal bicycle case study which is an industrial mechatronic product, the proposed methodology will be illustrated for validation and highlighting its advantages and limitations.

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“…To this end, Selvy et al used SysML to verify and validate the planning on the Large Synoptic Survey Telescope (LSST) [24]. In order to improve the tools used by systems engineers, some researchers addressed the limitations of SysML [25].…”

Section: Introduction and State Of The Artmentioning

confidence: 99%

CAD-MBSE Interoperability for the Checking of Design Requirements Based on Assemblability Indicators

et al. 2022

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A mechanical product is the result of collaboration between different domains. In this paper we focus on the collaborative work that brings together the system engineer and the designer in the realization process of a mechanical system. A design solution, conceived in the CAD environment, is considered valid if all the specification requirements, defined in the MBSE (Model Based System Engineering) domain, are met. Thus, the preliminary study of these requirements has a major influence on the choice and validation of the design solution. In this paper a methodology for handling the requirements has been detailed. These requirements are classified into two main categories. The first one deals with the product performance and the second addresses the process performance in order to generate the best assembly sequence. Depending on the response of the designed solution to these requirements, it becomes easy to decide not only whether the design solution can be validated or not but also to choose the most optimal assembly sequence that ensures the best operation quality. A validation example of a speed reducer is used to demonstrate the added value of the proposed approach.

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Model-based Systems Engineering of Discrete Production Lines Using SysML: An Experience Report

Cited by 8 publications

References 5 publications

Multidomain Simulation Model for Analysis of Geometric Variation and Productivity in Multi-Stage Assembly Systems

Multidomain Simulation Model for Analysis of Geometric Variation and Productivity in Multi-Stage Assembly Systems

A Design Approach Of Mechanical Assemblies Based On MBSE And CAD Models Interoperability

CAD-MBSE Interoperability for the Checking of Design Requirements Based on Assemblability Indicators

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