Publication detail
Comparison between laser machining and milling for use in aeromodelling.
BÍLEK, O. MALACHOVÁ, M.
Czech title
Porovnání laserového obrábění a frézování v modelářství
English title
Comparison between laser machining and milling for use in aeromodelling.
Type
conference paper
Language
en
Original abstract
The aim of this paper was to choose appropriate technology for machining of individual parts used in aeromodelling. Balsa was used as an engineering material. The most often used machining technologies were laser machining and machining with use of CNC milling machine. Firstly, experimental results were preset for chosen entry condition. Secondly, visual evaluation of machined surface was done.
Czech abstract
cílem bylo vybrat vhodnou technologii pro obrábění jednotlivých částí používaných v leteckém modelářství. Materiálem byla balsa. Nejčastější tedchnologie je laser a CNC frézování. Pro dané podmínky byly provedeny experimenty a dále vyhodnocení vzhledu povrchu.
English abstract
The aim of this paper was to choose appropriate technology for machining of individual parts used in aeromodelling. Balsa was used as an engineering material. The most often used machining technologies were laser machining and machining with use of CNC milling machine. Firstly, experimental results were preset for chosen entry condition. Secondly, visual evaluation of machined surface was done.
Keywords in Czech
frézování, laserové obrábění, letecké modelářství, balsa, řezné podmínky
Keywords in English
Milling, Laser Machining, Aero-Modelling, Balsa, Cutting Condition
Released
15.11.2007
Publisher
Technická univerzita Košice
Location
Košice
ISBN
978-80-8073-858-7
Book
DMC 2007
Pages from–to
285–288
Pages count
4
BIBTEX
@inproceedings{BUT35454,
author="Ondřej {Bílek} and Martina {Malachová},
title="Comparison between laser machining and milling for use in aeromodelling.",
booktitle="DMC 2007",
year="2007",
month="November",
pages="285--288",
publisher="Technická univerzita Košice",
address="Košice",
isbn="978-80-8073-858-7"
}