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Ibriksz Norbert
Geiger Norbert
2023-07-12T17:09:41Z
2023-07-12T17:09:41Z
2018
http://hdl.handle.net/20.500.14044/24236
Unlike metals, carbon fibre-reinforced plastics (CFRP) have anisotropic and inhomogeneous structure, in addition the reinforcements have strong wear-effect. Therefore those are difficult-to-cut materials. The main aim of this research is to find relation between the cutting tool diameter and the quality of the machined holes in CFRP. Milling experiments were designed using the full factorial design of experiments method. The experiments were conducted on a Kondia B640 machining centre. The machined surfaces were scanned with a digital microscope; the collected data were evaluated by digital image processing (DIP) techniques. The influence of tool-diameter and feed rate were examined and discussed in order to optimise the hole-machining process in CFRP.
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ENG
Analysis of uncut fibres at machined holes in carbon fibre-reinforced plastics (CFRP) using digital image processing
Open Access
Szerző
Budapest
Óbudai Egyetem
Carbon fibre-reinforced polymers
CFRP, machinability
digital image processing
uncut fibres
Tudományos cikk
Bánki Közlemények
local.tempfieldCollectionsFolyóiratcikkek
ISSN 2560-2810
Kiadói változat
11-14. p.
3
1
2018
Óbudai Egyetem


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