Name: 978-3-95900-236-3
Brand: TEWISS Verlag
SKU: 978-3-95900-236-3
Price: 45.0 EUR
Availability: InStock

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New Production Technologies in Aerospace Industry

ISBN: 978-3-95900-236-3

Tagungsband, 2018

Herausgeber der Reihe: Berend Denkena

Band-Nr.: IFW 13/2018

Umfang: 342 Seiten, 0 Abbildungen

Schlagworte: Production Technologies, Aerospace Industry, MIC

Kurzfassung:

Keynote Speeches

Machining concepts for complex structural components need modern tool designs (Dr.-Ing. Jochen Kress, MAPAL Dr. Kress KG)
Machining of aerostructures - Technology innovation meets digitalization (Dr. Thomas Ehm, Premium AEROTEC GmbH)
Metal additive manufacturing in aerospace (Udo Burggraf, GE Additive)
The digital journey (Mirko Merlo, Walter AG)

Session 1 - Machining Technologies and Application

Advanced machine tool concepts for high-performance machining of aerospace components with intelligent software functions (Dirk Hemscheidt, Yamazaki Mazak Deutschland GmbH)
Modern cutting technologies for aerospace - materials (Martin Heckel, LMT Tool Systems GmbH & Co.KG)
Harvi Ultra 8X and Harvi III cutters for best productivity in titanium structure milling (Dipl.-Ing. Werner Penkert, Kennametal Shared Services GmbH)
Vision paired with innovation using the development of iron aluminide as an example (Thomas Röser, AWB Aviation GmbH)
Production under control - Possibilities of an automation control system (Seppo Pyykkö, Fastems Systems GmbH)
Additive manufacturing - Wire overlay welding and subsequent machining (Dr.-Ing. Christian Söhner, Premium AEROTEC GmbH)
Increasing composite machining productivity in a world of decreasing chemical availability (Guirec Guyon de la Berge, Walter AG)

Session 2 - Scientific Presentations including topics of Session 1

Process monitoring on drilling fiber-reinforced plastics and aluminum stacks using acoustic emissions (Martin Kimmelmann, Universität Stuttgart)
Investigations on the effects of an innovative flank face modification when drillingnickel-base alloys (Milan Bücker, Institut für spanende Fertigung)
Comparison of tool core temperature and active force in milling of Ti6Al4V under different cooling conditions (Christopher Praetzas, Institute of Production Management, Technology and Machine Tools)
A novel tool concept for roughing and finishing operations (Lars Ellersiek, Institut für Fertigungstechnik und Werkzeugmaschinen)
Surface integrity of alternative manufactured profile grooves in a nickel based alloy (Gregor Smeets, Werkzeugmaschinenlabor)
A study on high frequency force variations in milling of carbon fiber reinforced plastic composite material (Vinh Nguyen, George W. Woodruff School of Mechanical Engineering)

Session 3 - Additive Manufacturing and Process Chain Integration

Industrial additive technologies in aerospace industry (Volkan Duegmeci, Trumpf GmbH and Co. KG)
Additive manufacturing for aerospace production (Benjamin Bäumer, EOS GmbH)
Wire arc additive manufacturing of large scale titanium aerostructures (Heinz Baehr, Aircraft Philpp Group)
3D metrology meets additive manufacturing: how to ensure component quality (Stephanie Adolf, GOM GmbH)
Additive roadmap: full-service provider produces metal high-end precision parts after nadcap standard (Christoph Machowetz, MBFZ Toolcraft GmbH)

Session 4 - Scientific Presentations including topics of Session 3

4D printing prospects in aerospace industry: A critical review (Dr. Panagiotis Stavropoulos, University of Patras)
A basic study on metal foam fabrication with titanium hydride in direct energy deposition (Ryo Koike, Departement of system Design Engineering)
Smoothed-particle hydrodynamics (SPH) simulation of the machining process of Inconel 718 (Enrico Barth, Werkzeugmaschinenlabor)
Modeling of process deflections in a point-based grinding simulation system (Tobias Siebrecht, Virtual Machining, Computer Science XIV)
Programmable optimal design of sinusoidal spindle speed variation for re-generative chatter suppression (Yamato Shutaro, Departement of system Design Engineering)
Surface structuring of Ti6Al4V using cutting tools (Eric Segebade, Institut für Produktionstechnik)

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