7 research outputs found
A Review on Application of Model Based Systems Engineering to Manufacturing and Production Engineering Systems
Increasing complexity in today’s manufacturing and production industry due to the need for higher flexibility and competitiveness is leading to inconsistencies in the iterative exchange loops of the system design process. To address these complexities and inconsistencies, an ongoing industry trend for organizations to make a transition from document-centric principles and applications to being model-centric is observed. In this paper, a literature review is presented highlighting the current need for an industry-wide transition from document-centric systems engineering to Model-Based Systems Engineering (MBSE). Further, investigating the tools and languages used by the researchers for facilitating the transition to and the integration of MBSE approach, we identify the most commonly used tools and languages to highlight the applicability of MBSE in the manufacturing and production industry
Sharing design definitions across product life cycles
The research reported in this paper explored the feasibility of embedding multiple design structures into design definitions with a view of sharing design definitions across product life cycles. Two separate case studies using (a) lattice theory and (b) a qualitative data analysis (QDA) software tool were used to illustrate the benefits of embedding. In the first case study, of a robotic arm assembly, lattices in the form of partially ordered sets are used to embed multiple design structures into a given design definition. A software prototype has been built that allows a design bill of materials (BoM) to be extracted from a STEP AP214 file and translated into a lattice that is visualized as a Hasse diagram. This lattice is a sub-lattice of a complete lattice that includes all possible BoM structures for the given collection of component parts in the assembly. New BoM design structures can be defined by selecting the required nodes in the complete lattice and alternative product definitions are then exported as new STEP files. The second case study introduces a collision avoidance robot with associated design structures. It is used to illustrate management of design information using a current technique, design structure matrix (DSM), and compared with how embedding using QDA has the potential to support the establishment of relationships between design structures. Results from these case studies demonstrate that it is feasible to use lattice theory as an underlying formalism and QDA as a means for sharing design definitions
A Novel Graph-Based Modelling Approach for Reducing Complexity in Model-Based Systems Engineering Environment
Field of systems engineering (SE) is developing rapidly and becoming more complex, where multiple issues arise such as overcomplexity, lack of communication or understanding of the design process on different stages of its lifecycle. Model-based systems engineering (MBSE) has been introduced to overcome the communication issues and reduce systems complexity. A novel approach for modelling interactions is proposed to enhance the existing MBSE methodologies and further address the identified challenges. The approach is based on graph theory, where pre-defined rules and relationships are substituted and reorganised dynamically with graphical constructs.
A framework for reducing complexity and improving logic modelling in MBSE with metagraph object-oriented approach is presented. This framework is tested in use cases from literature, where the model-based systems approach is applied to design an automobile system to match the acceleration requirements, and to improve a CubeSat nanosatellite communication subsystem. Through the use case scenarios, it has been proven that the methodology framework meets all the identified functional and design requirements and achieves the aim of the research.
This work may be viewed as a step forward towards more consistent and automatic modelling of interactions among subsystems and components in MBSE. Automation techniques have multiple applications in systems engineering field as engineers always aim to produce higher quality and cost-effective products in less time and that is achieved by integrating knowledge on every stage of a development lifecycle. In addition to those advantages for SE field, the research provides basis for potential research proposals for future work in various engineering fields such as knowledge based engineering or virtual engineering
Entwerfen Entwickeln Erleben in Produktentwicklung und Design 2019 - 2
Die Konferenz Entwerfen Entwickeln Erleben hat bereits zum vierten Mal ein einzigartiges Konferenz- und Ausstellungsformat zum Austausch zwischen Wissenschaft und Praxis in Produktentwicklung und Design angeboten.
Am 27. und 28. Juni 2019 ermöglichten die Professuren Konstruktionstechnik/CAD und Technisches Design der Technischen Universität Dresden in Kooperation mit weiteren Partnern den 200 Teilnehmenden die fachübergreifende Diskussion zu den Themen
• Interdisziplinärer Entwurf adaptiver Produktsysteme,
• Entwickeln vernetzter Anwendungen für Industrie 4.0,
• Konstruktion mit hybriden Werkstoffen und für additive Fertigungsprozesse,
• Entwicklungsunterstützung durch Produktdatenmanagement und VR/AR,
• Design nutzerzentriertem Erleben komplexer Produkt-Service-Systeme.:Finishing Perspective (Endbehandlung Perspektive)
Ingmar S. Franke, Mario Linke, Christian Bendicks und Rainer Groh 9
Card Sorting basierter Ansatz zur Erarbeitung einer nutzungsgerechten Methodensammlung am Beispiel des IDE-Toolkits
Martin Wiesner, Björn Kokoschko, Linh Bùi Duy und Laura Augustin 29
Feasibility-Labor“ – erste Vorstellung neuer Ansätze zur Optimierung der Designumsetzung im Automobilbau
Knut Lender 41
MBSE-basierte Produktkonfiguratoren zur Analyse der Modularisierung bei der Entwicklung modularer Baukastensysteme
Florian Seiler, Lea-Nadine Schwede und Dieter Krause 55
BranchenĂĽbergreifendes Benchmarking von variantenreichen Produktportfolios auf Basis von Produktstrukturen
Christian Wyrwich und Georg Jacobs 71
Aspekte der Authentizität bei der Umsetzung eines künstlerischen Entwurfs mit 3D-Software-Werkzeugen
Wolfgang Steger, Christine Schöne und Helmut Nitsche 91
Das Visionsmodell: Präzise Darstellung von Entwicklungszielen
Laura Augustin, Michael Schabacker 105
Wissen und Heterogenität in der Produktentwicklung
Alexandra Göhring 111
Kombination der experimentellen und numerischen Simulation zur Entwicklung dreidimensionaler Elektronik
Florian Schaller, Fabian Kayatz und Cedric Sanjon 123
Lösungsansätze für eine nachhaltigkeitsorientierte, interdisziplinäre Produktentwicklung
Barbara Gröbe-Boxdorfer 133
Szenariobasierte Validierung von Produktprofilen in der frĂĽhen Phase der PGE-Produktgenerationsentwicklung
Florian Marthaler, Vincent Kutschera, Jonas Reinemann, Nikola Bursac und Albert Albers 149
Vergleich von Produktinnovationsarten – Worin die Unterschiede wirklich begründet liegen
Jonas Heimicke, Valentin Zimmermann, Monika Klippert, Markus Spadinger und Albert Albers 165
Zusammenarbeit von Ingenieuren und Designern – die überarbeitete VDI/VDE-Richtlinie 2424
Robert Watty, Christian Zimmermann und Gerhard Reichert 181
IM-UX – Fragebogen zu intrinsischer Motivation in der User Experience
Jette Selent und Michael Minge 195
Konzept zur Identifikation relevanter Produkteigenschaften zur UnterstĂĽtzung einer positiven User Experience
Tina Schröppel, Jörg Miehling und Sandro Wartzack 205
User Experience Design für Sicherheitstechnik – Ansatz und Methodik bei Dräger Safety
Marlene Vogel, Matthias Willner, Christian Wölfel und Jens Krzywinski 219
3D-volldigitalisierte Behandlungsplanung bei Lippen-Kiefer-Gaumenspalten
Christiane Kunert-Keil, Dominik Haim, Karol Kozak, Ines Zeidler-Rentzsch, Bernhard Weiland, Olaf MĂĽller, Thomas Treichel und GĂĽnter Lauer 231
Automatische Vermessung der Knietopologie zur UnterstĂĽtzung der Prothesenplanung fĂĽr Kniearthroplastiken
Sebastian Heerwald und Marc Mörig 243
Design und additive Fertigung von individualisierten biofunktionellen Implantaten in klinisch relevanten Dimensionen
David Kilian, Philipp Sembdner, Stefan Holtzhausen, Tilman Ahlfeld, Christine Schöne, Anja Lode, Ralph Stelzer und Michael Gelinsky 253
Design von Medizinprodukten – Einfluss regulatorischer Anforderungen auf den Designprozess
Christian Thomas 267
5G Sports – tragbare Technologiedemonstratoren im taktilen Internet
Lisa-Marie LĂĽneburg, Emese Papp und Jens Krzywinski 277
Verbesserte Ergonomie durch Mensch-Roboter-Kollaboration als sozio-technisches System
Daniel RĂĽcker, Kristin Paetzold und RĂĽdiger Hornfeck 295
Modellbasierter Systems Engineering Ansatz zur effizienten Aufbereitung von VR-Szenen
Atif Mahboob, Stephan Husung, Christian Weber, Andreas Liebal und Heidi Krömker 309
Akzeptanz und Nutzererleben von körpergetragenen Assistenzsystemen im industriellen Anwendungsbereich
Emese Papp und Christian Wölfel 323
Modell zur UnterstĂĽtzung von Designentscheidungen auf strategischer Unternehmensebene im Industrial Design
Frank Thomas Gärtner 335
Der Einfluss stilistischer Merkmale einer Entwurfsvisualisierung auf die semantischen Produkteigenschaften
Frank MĂĽhlbauer 347
Konstruktionslösungen mit Hilfe von Künstlicher Intelligenz
Willi GrĂĽnder und Denis Polyakov 361
Das Analysekompetenz-Marktpriorität-Portfolio zum Vergleich von Datenanalyseprojekten in der Produktentwicklung
Sebastian Klement, Bernhard Saske, Stephan Arndt und Ralph Stelzer 375
Einsatz von Graphdatenbanken fĂĽr das Produktdatenmanagement im Kontext von Industrie 4.0
Christopher Sauer, Benjamin Schleich und Sandro Wartzack 393
Predictive Quality Management mit modellbasierten Services in kollaborierenden Netzwerken
Andreas Trautheim-Hofmann 409
Softwareentwicklung ECM/WCM im Spannungsfeld KMUs–Großunternehmen
Oliver Schwarz und Christian Kowalewski 41
A Development Method for the Conceptual Design of Multi-View Modeling Tools with an Emphasis on Consistency Requirements
The main objective of this thesis is to bridge the gap between modeling method experts on the one side and tool developers on the other. More precisely, the focus is on the specification of requirements for multi-view modeling tools. In this regard, the thesis introduces a methodological approach that supports the specification of conceptual designs for multi-view modeling tools in a stepwise manner: the MuVieMoT approach. MuVieMoT utilizes generic multi-view modeling concepts and the model-driven engineering paradigm to establish an overarching specification of multi-view modeling tools with an emphasis on consistency requirements. The approach builds on and extends the theoretical foundation of metamodeling and multi-view modeling: generic multi-view modeling concepts, integrated multi-view modeling approaches, and possibilities for formalized modeling method specifications. Applicability and utility of MuVieMoT are evaluated using an illustrative scenario, therefore specifying a conceptual design for a multi-view modeling tool for the Semantic Object Model enterprise modeling method. The thesis moreover introduces the MuVieMoT modeling environment, enabling the efficient application of the approach as well as the model-driven development of initial multi-view modeling tools based on the conceptual models created with MuVieMoT. Consequently, the approach fosters an intersubjective and unambiguous understanding of the tool requirements between method experts and tool developers