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HORÁČEK, M. ZEMČÍK, L. KOSOUR, V. STACHOVEC, I. SOUKUPOVÁ, L. VAŠŤÁK, P. HORENSKÝ, J. JEDOVNICKÝ, J.
Originální název
Research and Development of Technology for Large – Thin Wall – High Quality Aluminum Castings for Aircraft Industry
Typ
článek ve sborníku ve WoS nebo Scopus
Jazyk
angličtina
Originální abstrakt
Investment casting technology is one of the foundry technologies enabling to achieve both very narrow dimensional casting tolerances (so called net shape technology) and also very complex casting shapes. The whole concept of the three years research joint project of Fimes,a.s. (aluminium investment casting foundry) and the Brno University of Technology, is focused to development of this technology. The main goal of this research is the implementation of the achieved results into daily Fimes foundry practice and thus to increase the foundry chances to address customers from aircraft,aerospace, defence and similar hi-tech industries. The whole project is divided into 7 parts following themain phases of investment casting technology from mother die, wax pattern, ceramic shell mould, preparation of aluminium melt, pouring technique, filling the ceramic mould cavity by molten metal to finishing operations.
Klíčová slova
Investment casting, mother die, wax pattern, wax injection process, ceramic shell, aluminium melt.
Autoři
HORÁČEK, M.; ZEMČÍK, L.; KOSOUR, V.; STACHOVEC, I.; SOUKUPOVÁ, L.; VAŠŤÁK, P.; HORENSKÝ, J.; JEDOVNICKÝ, J.
Rok RIV
2014
Vydáno
19. 5. 2014
Nakladatel
World Foundry Congress
Místo
Bilbao
ISBN
978-84-617-0087-5
Kniha
71st World Foundry Congress Bilbao 2014
Edice
1
Strany od
Strany do
9
Strany počet
BibTex
@inproceedings{BUT107881, author="Milan {Horáček} and Ladislav {Zemčík} and Vojtěch {Kosour} and Ivo {Stachovec} and Lucie {Soukupová} and Patrik {Vašťák} and Jiří {Horenský} and Jan {Jedovnický}", title="Research and Development of Technology for Large – Thin Wall – High Quality Aluminum Castings for Aircraft Industry", booktitle="71st World Foundry Congress Bilbao 2014", year="2014", series="1", pages="1--9", publisher="World Foundry Congress", address="Bilbao", isbn="978-84-617-0087-5" }