Publication detail
Wire Arc Additive Manufacturing (WAAM) and microstructural analysis of Magnesium parts
SENCK, S. HOLZLEITNER, M. GLINZ, J. MILORADOVIC, A. KASTNER, J. KOUTNY, D. GNEIGER, S.
English title
Wire Arc Additive Manufacturing (WAAM) and microstructural analysis of Magnesium parts
Type
Paper in proceedings outside WoS and Scopus
Language
en
Original abstract
In this contribution we used a Mg-Al-Zn-Ca alloy (AX13) that is characterized by a high aluminium content of 12-15 wt.%. When produced by AM process, this alloy achieves high yield strength, which can be further increased by artificial aging. AX13 wire was produced via casting and subsequent direct extrusion at Light Metals Technologies Ranshofen. WAAM was carried out by a gas-metal arc-welding cold metal transfer (CMT) process (Fronius, Pettenbach, Austria). Using a layer thickness of ca. 2.5 mm a total wall thickness of 5 mm was achieved. A test sample with a dimension of approximately 35 x 40 x 64 mm was extracted from a larger sample and scanned using a Rayscan 250 E system at a voxel size of 40 μm.
Keywords in English
Magnesium alloy; Wire Arc Additive Manufacturing; Microcomputed Tomography; Porosity; Inclusions
Released
2023-03-02
Publisher
https://www.ndt.net/
Location
Fürth, Germany
ISSN
1435-4934
Book
12th Conference on Industrial Computed Tomography
Journal
E-Journal of nondestructive testing
Volume
28
Number
3
Pages count
5
BIBTEX
@inproceedings{BUT187580,
author="SENCK, S. and HOLZLEITNER, M. and GLINZ, J. and MILORADOVIC, A. and KASTNER, J. and KOUTNY, D. and GNEIGER, S.",
title="Wire Arc Additive Manufacturing (WAAM) and microstructural analysis of Magnesium parts",
booktitle="12th Conference on Industrial Computed Tomography",
year="2023",
series="iCT 2023",
journal="E-Journal of nondestructive testing",
volume="28",
number="3",
pages="5",
publisher="https://www.ndt.net/",
address="Fürth, Germany",
doi="10.58286/27724",
url="https://www.ndt.net/search/docs.php3?id=27724"
}