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Dive into the research topics where Günter Deinzer is active.

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Featured researches published by Günter Deinzer.


ATZ - Automobiltechnische Zeitschrift | 2010

Automobiler Leichtbau unter Einbezug des gesamten Lebenszyklus

Stephan Krinke; Christoph Koffler; Günter Deinzer; Uwe Heil

Moderne Leichtbauweisen sind eine der Schlusseltechnologien fur eine effiziente und zukunftsfahige Mobilitat. Neben der Erfullung aller technischen Anforderungen hat sich die Volkswagen AG zum Ziel gesetzt, auch die Umweltvertraglichkeit ihrer Produkte kontinuierlich zu verbessern. Dies erfolgt fruhzeitig im Entwicklungsprozess stets unter Einbezug des gesamten Lebenswegs. Die Okobilanz nach ISO 14040/44 ermoglicht es, die Umweltvertraglichkeit quantitativ zu bewerten und die Entscheidungsfindung zu unterstutzen.


ATZ worldwide | 2010

An integrated life cycle approach to lightweight automotive design

Stephan Krinke; Christoph Koffler; Günter Deinzer; Uwe Heilil

Modern lightweight design techniques are one of the key technologies in the development of efficient and sustainable mobility solutions. Volkswagen AG aims to ensure that as well as meeting all the necessary technical requirements, its products also deliver continuously improved environmental performance. Right from the start of the development process, these efforts are always focused on the full life cycle of the product. Life Cycle Assessments (LCA) based on ISO 14040/44 allow life cycle environmental impacts to be quantified, so that they can be taken into account in business decisions.


Lightweight Design worldwide | 2018

Multi-material bodies for battery-electric vehicles

Martin Heinz Kothmann; Andreas Hillebrand; Günter Deinzer

Large-scale Production Processes The SMiLE project (System-Integrated Multi-Material Lightweight Design for E-Mobility, German: Systemintegrativer Multi material-Leichtbau für die Elektromobilität) aims at gaining a better understanding of the problems of multi-material design against a background of creating large-scale production processes for efficient lightweight design. The project centers on developing a new type of technology-oriented body concept using lightweight design to meet special electromobility requirements. Multi-material Design


Archive | 2012

Instrument panel cross member for a vehicle, made of fiber-reinforced plastic

Günter Deinzer; Rainer Schmid


Archive | 2010

System for locking e.g. door of vehicle parked in multi-storey car park, has sensor system recognizing momentary operating profile, and control system and locking device executing operation command

Knut Schmidt; Olaf Täger; Jürgen Stieg; Torsten Crull; Christoph Stehncken; Michael Wolf; Günter Deinzer; Ulrich Steuer; Wolfgang Mahler; Jens Hofmann


Archive | 2013

Instrumententafelquerträger für ein Fahrzeug aus faserverstärktem Kunststoff

Günter Deinzer; Rainer Schmid


Archive | 2008

Sealing system for sealing opening i.e. door, of motor vehicle, has current loading coil changing magnetic field in electromagnetic co-activation with magnetizable particle during variation of current flow in coil

Günter Deinzer; Jens Hofmann; Holger Kunze; Wolfgang Mahler; Kerstin Mäser; Gunther Naumann; Mathias Riedel; Knut Schmidt; Christoph Stehncken; Ulrich Steuer; Michael Wolf


Lightweight design | 2018

Multimaterialkarosserien für batterieelektrische Fahrzeuge

Martin Heinz Kothmann; Andreas Hillebrand; Günter Deinzer


ECCM 2016 - Proceeding of the 17th European Conference on Composite Materials; Munich; Germany; 26 June 2016 through 30 June 2016 | 2016

Characterization of the multi-axial material behavior of polymer foams during the RTM process

Ferhat Gerstenkorn; Martin Heinz Kothmann; Felix Diebold; Günter Deinzer; Luise Kärger; Frank Henning


Archive | 2012

Traverse support de tableau de bord en plastique renforcé par fibres pour un véhicule

Günter Deinzer; Rainer Schmid

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