Pemutakhiran Pengembangan Produk Menggunakan Kerangka kerja “Integrated Conceptual Selection (ICS)”

2021 ◽  
pp. 28-35
Author(s):  
Nanang Fatchurrohman ◽  
M. Ilham Adelino ◽  
Meldia Fitri

Abstract In today’s overwhelming competition, the knowledge on product development represents a very significant aspect for companies to survive in the market. Among these sectors is the automotive industry, where it is one of the fastest growing, highly demanding and stiff competition marketplaces. Intensive research in this field is targeted to produce light weight and high-performance components which can increase fuel efficiency and sustainability of an automobile.  One of the recent avenues is the investigation of increased performance engineered materials to replace the conventional materials. In this study product development of engineered material - component is explored. To achieve a sound product development, new integrated product development framework which utilized simultaneous approach is developed. The framework is referred to as Integrated Conceptual Selection (ICS) which streamlines the phases in the product development process, including product investigation, product specification and conceptual design.  

2018 ◽  
Vol 108 (05) ◽  
pp. 301-306
Author(s):  
M. Halwas ◽  
J. Hofmann ◽  
J. Fleischer ◽  
C. Riehm ◽  
C. Spieker ◽  
...  

In dem folgenden Artikel wird die parallele Technologie- und Produktentwicklung am Beispiel der Wicklungsauslegung und -fertigung beschrieben. Diese findet im Rahmen des Förderprojektes NeWwire (Neuartige serienflexible Wickelverfahren für die wirtschaftliche automatisierte Fertigung von hoch performanten elektrischen Maschinen) statt. Ziel des Forschungsprojekts NeWwire ist die Entwicklung sowie Auslegung eines neuartigen Wickelverfahrens zur automatisierten Fertigung von Elektromotoren im Hochleistungsbereich für den automobilen Einsatz. Hierbei stellt die effektive Wicklung im Stator zur Leistungssteigerung eine besondere Herausforderung dar.   The following article describes the parallel technology and product development using the example of winding design and manufacture. This takes place as part of the NeWwire funded project („New series-flexible winding processes for the economic, automated production of high-performance electrical machines“). The goal of the research project NeWwire is the development and design of a new winding process for the automated production of electric motors in the high-performance area for automotive use. In this field the effective winding in the stator in order to increase the performance is a specific challenge.


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