By Frank Neumann
Frank Neumann makes a speciality of constructing a theoretical foundation that permits an outline of the interaction among person and collective tactics in product improvement. For this objective, he introduces the built-in descriptive version of data production because the first constituent of his study framework. As a moment a part of the learn framework, an research and modeling approach is proposed that captures a number of the wisdom conversion actions defined through the built-in descriptive version of data production. as a consequence, this learn framework is utilized to the research of data features of mechatronic product improvement (MPD). eventually, the implications won from the former steps are used inside of a layout help method that goals at federating the knowledge and information assets inside the types released within the a variety of improvement actions of MPD.
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Additional info for Analyzing and Modeling Interdisciplinary Product Development: A Framework for the Analysis of Knowledge Characteristics and Design Support
2000; cited in Krause, Franke, et al. 2007) At the second level, multiple MFMs linked by information flows and/or flows of mechanical energy form an autonomous mechatronic system (AMS) (Krause, Franke, et al. 2007). Besides the coupled MFMs, the AMS comprises its own information-processing unit and optional sensors. g. error 34 2 Mechatronic Product Development diagnosis and error monitoring, as well as the delivery of set points for subordinate MFMs (VDI 2004). g. warehouses and factories, comprises several MFMs, such as the drive system consisting of the wheel drives, sensors capturing the wheel’s rotation speed, sensors dedicated to collision detection, and a microcontroller.
Moreover, Hewit (1993; cited in Wikander, Törngren, et al. 2001) argues that such a definition should not be desirable, as it would constrain the future development of this engineering field. Correspondingly, Bishop (2006) states that the lack of consensus on a widely accepted definition should be interpreted as a healthy sign for a vivid engineering field. He endorses a broad perception of Mechatronics as “a natural stage in the evolutionary process of modern engineering design” (Bishop 2006).
Therefore, a detailed presentation of the many proposed development methodologies for MPD will be omitted. Instead, it focuses on the currently most comprehensive procedure model for MPD laid-out by the VDI guideline 2206 (Felgen 2007). 1 VDI Guideline 2206 The VDI guideline 2206 “Design Methodology for Mechatronic Systems” aims at filling the gaps left by the older VDI guidelines 2221 and 2422. These guidelines, dating back to the early 1990s when MPD had a comparatively lower importance than today, address the specific needs of interdisciplinary product development only partially.
Analyzing and Modeling Interdisciplinary Product Development: A Framework for the Analysis of Knowledge Characteristics and Design Support by Frank Neumann