Life Cycle Networks
Proceedings of the 4th CIRP International Seminar on Life Cycle Engineering 26–27 June 1997, Berlin, Germany
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Chapter and Conference Paper
The Application of a Statistical Design of Experiment for Quantitative Analysis and Optimisation of Development Processes
Any current assessment of the process outputs, which are derived either by key figures or by process simulation, will not lead to process optimisation, because both the parameters’ adjustment and the outputs’ ...
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Chapter and Conference Paper
Virtual Product Development as an Engine for Innovation
Innovation is one of the most important phenomena for the further development of industry and the resulting effects on society. Over the last fifty years the speed of changes has gradually increased. To be abl...
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Chapter and Conference Paper
Technology Oriented Costs Configuration in the Offering Process for Complex Products
Due to aggravated competition, suppliers of complex single and small series products find themselves in a situation where more detailed offers in an even shorter period of time have to be prepared while the cu...
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Chapter
Application of Feature Technology in a Disassembly-Oriented Information Technology Infrastructure
Aiming at the goal to use engineering resources most effectively and efficiently, the life cycle engineering process has to be based on an appropriate infrastructure of information technology which supports al...
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Chapter and Conference Paper
Failure-Sensitive Product Development
Dans le cadre de la réalisation d’un management de la qualité qui accompagne le processus de développement d’un produit, l’intégration des applications de la CAO et de la CAQ est l’un de objectifs principaux d...
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Chapter
Virtual Clay Modelling
The modelling technique employed for the early phase of industrial design determines the appropriateness of computer-aided tools for the support of creative and intuitive design processes. For the transition p...
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Chapter and Conference Paper
Breitbandkommunikation in CAD-Prozessen zur Optimierung der Produktentwicklung
CAD-Systeme konventioneller Prägung sind für kooperative simultane Arbeitsformen nicht hinreichend geeignet, da sie weder systemtechnisch noch hinsichtlich der Datenhandhabung auf parallele Prozesse eingericht...
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Chapter and Conference Paper
Semantische Features zur anwendergetriebenen Generierung von Branchenlösungen
Die Featuretechnologie bietet neue Chancen, die Produktentwicklung auch von kleinen und mittelständischen Unternehmen effizienter zu gestalten. Ein flexibel konfigurierbarer Produktmodellierer auf der Basis vo...
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Chapter
Feature processing as kernel for integrated CAE systems
For the integration of the tasks to be mastered within the product development process it is necessary to take account of non-geometrical information, from design to manufacturing process, alongside geometrica...
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Chapter and Conference Paper
Product Modeling: An Approach for Integrated Information Processing
Integrated information models build the basis for product modeling. The paper describes a general framework of integrated models with special focus on product models. Then different approaches to product model...
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Chapter and Conference Paper
Automatic recognition of scanned technical drawings
The problems of automatic conversion of large-scaled documents (technical drawings or maps) into a CAD-file are represented. Existing systems for automated drawing conversion are well suited for documents of e...
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Chapter and Conference Paper
Wandel der Entwicklungsziele für CAD-Systeme
Vergleicht man die Vorstellungen über CAD-Systeme am Anfang der siebziger Jahre mit den heutigen, dann werden Veränderungen deutlich, die so nicht vorhersehbar waren. Versuchen wir andererseits eine Beschreibu...
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Chapter and Conference Paper
Anforderungen an Geometrisches Modellieren in Netzwerken
Für die industrielle Produktion erhält die CAD-Technik eine zunehmende Bedeutung. Der Schwerpunkt ist dabei die Produktmodellierung und rechnerinterne Speicherung des behandelten technischen Objektes. Bei der ...
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Chapter
Technological Planning for Manufacture — Methodology of Process Planning
The activity of manufacturing a product is devided into 3 parts [1]. They are design, industrial engineering and manufacturing (Fig. 3.1).
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Chapter and Conference Paper
Development of APT and EXAPT
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Chapter and Conference Paper
Graphical simulation of manufacturing processes in process planning
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Chapter and Conference Paper
The CAPSY process planning system
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Chapter and Conference Paper
Programming of robots using graphical techniques
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Chapter and Conference Paper
Gedanken Zur Ausbildung von Informatikern und Ingenieuren
Den Wechselbeziehungen zwischen Ingenieurswissenschaften und Informatik müssen die Hochschulen durch entsprechende Studienangebote Rechnung tragen. In der Übergangsphase zu neuen Studiengängen kann die graphis...
