230.548 People
Krause, Dieter
in Cooperation with on an Cooperation-Score of 37%
Topics
- aircraft
- validation
- engineering
- chemical element
- aircraft cabin
- vibration
- optimization
- particulate
- product development
- additive
- automobile
- interference
- costs
- vehicle frame
- conduction
- network model
- sluice
- traffic crash
- truck driver
- truck
- medication
- medicine
- judicial process
- forecasting
- modeling
- dynamic load
- assessment
- profit
- corporation
- risk assessment
- new product
- customer
- aircraft industry
- on ramp
- data
- behavior
- re-procurement
- system analysis
- stowage
- production
- picture
- sale
- key figure
- airplane
- absorbent
- show 15 more
Publications
- 2019Adjustable Impedance Elements for Testing and Validation of Aircraft Components and Hand-Held Power Tools
- 2019Technology innovations for a faster aircraft cabin conversion
- 2016Additively manufactured components for structural applications in aircraft interior - Two case studies
- 2016EMV-Analyse leitungsgebundener Störgrößen eines elektrifizierten Fahrzeugdemonstrators für dynamische Fahrzustände
- 2016Als Epilektiker 20 Jahre als Lkw-Fahrer tätig?! - Eine Kasuistik
- 2015Modellbasierte Entwicklung eines Systems zur Zustandsdiagnose und -vorhersage für die hydraulische Energieversorgung in Verkehrsflugzeugen
- 2014FE-modelling guidelines for the dimensioning of aircraft cabin interior under stationary dynamic loads
- 2014Methodical approach for consideration of ramp-up risks in the product development of complex products
- 2014FE-Modelling guidelines for the dimensioning of aircraft cabin interior under stationary dynamic loading
- 2013System analysis and synthesis for the dimensioning of variant lightweight cabin interior
- 2012The development of product and assembly concepts for aircraft cabin integration
- 2011Design for ramp-up of complex products using the aircraft industry as an example,Design for Ramp-up komplexer Produkte am Beispiel der Flugzeugindustrie
- 2011Product and process evaluation in the context of modularization for assembly
- 2011Definition and evaluation of modular product structures in the context of design for assembly
- 2010Assembly concepts for aircraft cabin installationcitations
- 2008Potentials of the functional integration method in the lightweight construction of airplane kitchens,Potenziale der methode funktionsintegration beim leichtbau von flugzeugküchen
- 2006Guidelines for the development of lightweight construction energy absorbers in airplane cabins,Leitfaden zur entwicklung von leichtbauenergieabsorbern in flugzeugkabinen
Places of action
Abstract
Conventional manufacturing technologies limit the design of lightweight sandwich cores to homogenous topologies. The paper presents two case studies on the optimization of the structural performance of existing lightweight sandwich structures utilizing the design freedom given by additive manufacturing technologies. Both studies focus on the improvement of the sandwich core. In the first study, a novel adaptive core geometry is developed in order to improve the load introduction into the panel. The second study focuses on the improvement of the damping properties of the sandwich panel, as it is necessary to reduce resonant vibration. The voids in the honeycomb core are used to insert small particles in order to damp the structure.
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Additively manufactured components for structural applications in aircraft interior - Two case studies