Hybrid parts are defined by the combination of different materials and/or manufacturing technologies. Several examples can identify the usage of hybrid concepts: adding metal inserts to plastic parts (therefore making the parts provide increased strength and resistance); adding soft type material to hard plastic (squeak and rattle avoidance, meet seal-off requirements); replacement of steel with aluminium and magnesium based alloys; replacement of metal components with composite counterparts. Further improvements are possible by upgrading from 2 k type concepts to 3–4 k hybrids and replacing multiple component assemblies with a single hybrid structure that may consist of plastic, (heavy/light) metal, composites, foam/textures. Present paper presents (i) a general concept that is being used to define new, innovative solutions addressing functionality required for components, and (ii) presents an actual example of a part that was redesigned and optimized, achieving increased performance, lower cost, and reduce weight.
Re-Engineering Functionality by Optimizing Hybrid Parts Design
Lect. Notes Electrical Eng.
2012-10-26
16 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
Re-engineering functionality by optimizing hybrid parts design
Kraftfahrwesen | 2012
|Re-Engineering Functionality by Optimizing Hybrid Parts Design
Tema Archiv | 2012
|Re-Engineering Functionality by Optimizing Hybrid Parts Design F2012-H01-006
British Library Conference Proceedings | 2013
|Wavefunction engineering: optimizing heterostructure design
British Library Conference Proceedings | 1998
|Optimizing plastic parts for recycling
Online Contents | 1996