Model-based Design Process for the Early Phases of Manufacturing System Planning using SysML

Steimer, Chantal; Fischer, Jan; Aurich, Jan C.

doi:10.1016/j.procir.2017.01.036

Cited by 29 publications

(21 citation statements)

References 9 publications

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“…Para Steimer et al (2017) as empresas são desafiadas a iniciar o planejamento do sistema de fabricação em uma fase anterior. Para enfrentar esse desafio, uma abordagem é a utilização de informações das primeiras fases de desenvolvimento de produto.…”

Section: Colaboração No Designunclassified

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Design Colaborativo e Customização em Massa: uma Interseção de Conceitos Através da Revisão Bibliográfica Sistemática

Fontana¹,

Heemann²

2019

Blucher Design Proceedings

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ResumoCom o intuito de tornar a pesquisa sobre a colaboração no design de produtos para a customização em massa (CM) mais abrangente, o presente artigo insere á uma análise anterior sobre esses conceitos, uma nova análise dos conceitos específicos isolados de design colaborativo e da CM na tentativa de identificar uma possível intersecção entre os dois assuntos e incluindo a literatura consolidada sobre esses conceitos em separado, que não foram identificadas na busca dos termos em conjunto. Para tanto, o procedimento executado foi uma revisão bibliográfica sistemática (RBS), que resultou em um quadro teórico de síntese que classifica a interseção entre os assuntos desta pesquisa. Com esse quadro é possível identificar lacunas e ênfases que as publicações descrevem em suas pesquisas. Isto torna possível listá-las e usá-las como fatores que merecem maior atenção no processo de design de produto para CM.Palavras Chave: design colaborativo, customização em massa, desenvolvimento de produto e revisão bibliográfica sistemática. AbstractIn order to make the research about collaborative product design for mass customization (MC) more comprehensive, this article introduces an earlier analysis of these concepts, the analysis of specific isolated concepts of collaborative design and CM in attempt to identify a possible intersection between the two subjects and including the consolidated literature on these separate concepts that were not identified in the search for the terms together. For this, the procedure performed was a systematic literature review, which resulted in a theoretical framework of synthesis. With this framework it is possible to identify gaps and emphases that the publications describe in their research. This makes it possible to list them and use them as factors that deserve more attention in the product design process for CM.

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Section: Colaboração No Designunclassified

“…Para alcançar esta base de informações, dentro do design, novos métodos, como a engenharia de sistemas baseados em modelo são usados. Este é um método para projetar sistemas complexos usando um modelo de sistema central que permite um fácil intercâmbio de dados entre todas as disciplinas de design (Steimer et al, 2017).…”

Section: Colaboração No Designunclassified

Design Colaborativo e Customização em Massa: uma Interseção de Conceitos Através da Revisão Bibliográfica Sistemática

Fontana¹,

Heemann²

2019

Blucher Design Proceedings

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“…идеология использования высокотехнологичных аналитических/синтетических методов при достижении стандартов качества на ранних этапах проектирования [1] как многоцелевая задача [5] имплементирована в концепции QbD (Quality-by-Design) [4,6,7], которая активно внедряется FDA (United States Food Drug Administration) [4] и получает распространение в разных отраслях экономики. В качестве важного инструмента QbD рассматривается аналитическая технология РАТ (Process Analytical Technology) [4,8], которая оперирует информационными технологиями многомерного статистического анализа ( качества продукции и поддержания его критических атрибутов в пределах установленных стандартами значений пространства разработки (design space).…”

Section: современнаяunclassified

“…Одно из важнейших условий развития любого современного производстваобеспечение постоянно высокого сертифицированного качества конечного продукта. Быстро меняющаяся конъюнктура рынка и усиление конкуренции объективно способствуют имплементации высокотехнологичных методов обеспечения качества на этапе разработки продукции [1][2][3] с дальнейшим менеджментом всего производственного процесса в соответствии с определёнными критическими атрибутами качества CQA (Critical Quality Attributes) [4].…”

Section: Introductionunclassified

Co-clustering the data of multivariate quality attributes for the estimation of mutual influence factors

Shtangey¹,

Tereshchenko²,

Tereshchenko³

2018

Bulletin of the National Technical University «KhPI» Series: New Solutions in Modern Technologies

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АННОТАЦИЯ В статье предлагается метод ко-кластеризации стохастических данных многомерных критических параметров процесса (CPPs) с целью оценки влияния обнаруженных факторов на многомерные атрибуты критического качества (CQAs) продукта на стадии первоначального проектирования процесса производства. Метод представляет новый подход к обеспечению качества продукта, который учитывает проблему ко-кластеризации массивов данных CPPs для определения каузальной связи с CQAs. Используется технология неметрического многомерного шкалирования (NMDS) для определения исходных параметров ко-кластеризации. Ключевые слова: качество через дизайн; критические атрибуты качества; ко-кластеризация; многомерный статистический анализ

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“…In addition to independently operating MES, there is an increasing number of subsystems with complementary collaborative properties that already contribute to greater flexibility at the design stage [4]. For example, the Systems Modeling Language (SysML), which helps the modelbased design process for the early phases of Manufacturing System Planning (MSP).…”

Section: Introductionmentioning

confidence: 99%

Collaborative Systems, Operation and Task of the Manufacturing Execution Systems in the 21st Century Industry

Rozs

Andó

2019

Period. Polytech. Mech. Eng.

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Until the first two decades of the 21st century, as part of the Enterprise Resourse Planning (ERP), the Manufacturing Execution System (MES) and related systems have undergone development in both complexity and efficiency. In the field of production technology, there are many sources of work nowadays to get a detailed picture of the solutions offered by MES. The purpose of this article is to give a comprehensive overview of the MES solutions that currently used in industry. In addition to the general structure of the systems and Holonic MES are briefly described. Special attencion is paid to various collaborative systems that complement the MES. The additional manufacturing tools for MES is also described shematically in this article.

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Model-based Design Process for the Early Phases of Manufacturing System Planning using SysML

Cited by 29 publications

References 9 publications

Design Colaborativo e Customização em Massa: uma Interseção de Conceitos Através da Revisão Bibliográfica Sistemática

Design Colaborativo e Customização em Massa: uma Interseção de Conceitos Através da Revisão Bibliográfica Sistemática

Co-clustering the data of multivariate quality attributes for the estimation of mutual influence factors

Collaborative Systems, Operation and Task of the Manufacturing Execution Systems in the 21st Century Industry

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