Researches and studies regarding brazed aluminium alloys microstructure used in aeronautic industry

Brazing is applied to the merge of the pieces which are most required, tensile strength of the solder can reach high values. By brazing there can be assembled pieces of most metals and ferrous and nonferrous alloys, with high melting temperature. This paper presents an analysis of the microstructure...

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Main Authors: A. Dimitrescu, D. F. Niţoi, D. Dobrotă, Z. Apostolescu
Format: Article
Language:English
Published: Croatian Metallurgical Society 2015-04-01
Series:Metalurgija
Subjects:
Online Access:http://hrcak.srce.hr/file/190510
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author A. Dimitrescu
D. F. Niţoi
D. Dobrotă
Z. Apostolescu
author_facet A. Dimitrescu
D. F. Niţoi
D. Dobrotă
Z. Apostolescu
author_sort A. Dimitrescu
collection DOAJ
description Brazing is applied to the merge of the pieces which are most required, tensile strength of the solder can reach high values. By brazing there can be assembled pieces of most metals and ferrous and nonferrous alloys, with high melting temperature. This paper presents an analysis of the microstructure of materials from a brazed merge of aluminum alloy L103 which is often used to produce pieces of aeronautical industry. Brazing material was performed using several technologies, and after examination of the microstructure of materials from the merge area it was established as optimal technology the technology which consist of pickling in Aloclene 100 solution with the deposition of filler material on both sides of the base material and the use of spectral acetylene and neutral flame.
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spelling doaj.art-8054e8a60cc54f739e18450252ae36152022-12-22T01:16:44ZengCroatian Metallurgical SocietyMetalurgija0543-58461334-25762015-04-01542383386Researches and studies regarding brazed aluminium alloys microstructure used in aeronautic industryA. DimitrescuD. F. NiţoiD. DobrotăZ. Apostolescu Brazing is applied to the merge of the pieces which are most required, tensile strength of the solder can reach high values. By brazing there can be assembled pieces of most metals and ferrous and nonferrous alloys, with high melting temperature. This paper presents an analysis of the microstructure of materials from a brazed merge of aluminum alloy L103 which is often used to produce pieces of aeronautical industry. Brazing material was performed using several technologies, and after examination of the microstructure of materials from the merge area it was established as optimal technology the technology which consist of pickling in Aloclene 100 solution with the deposition of filler material on both sides of the base material and the use of spectral acetylene and neutral flame.http://hrcak.srce.hr/file/190510aluminium allloysmicrostructurebraze technologystructural homogenization
spellingShingle A. Dimitrescu
D. F. Niţoi
D. Dobrotă
Z. Apostolescu
Researches and studies regarding brazed aluminium alloys microstructure used in aeronautic industry
Metalurgija
aluminium allloys
microstructure
braze technology
structural homogenization
title Researches and studies regarding brazed aluminium alloys microstructure used in aeronautic industry
title_full Researches and studies regarding brazed aluminium alloys microstructure used in aeronautic industry
title_fullStr Researches and studies regarding brazed aluminium alloys microstructure used in aeronautic industry
title_full_unstemmed Researches and studies regarding brazed aluminium alloys microstructure used in aeronautic industry
title_short Researches and studies regarding brazed aluminium alloys microstructure used in aeronautic industry
title_sort researches and studies regarding brazed aluminium alloys microstructure used in aeronautic industry
topic aluminium allloys
microstructure
braze technology
structural homogenization
url http://hrcak.srce.hr/file/190510
work_keys_str_mv AT adimitrescu researchesandstudiesregardingbrazedaluminiumalloysmicrostructureusedinaeronauticindustry
AT dfnitoi researchesandstudiesregardingbrazedaluminiumalloysmicrostructureusedinaeronauticindustry
AT ddobrota researchesandstudiesregardingbrazedaluminiumalloysmicrostructureusedinaeronauticindustry
AT zapostolescu researchesandstudiesregardingbrazedaluminiumalloysmicrostructureusedinaeronauticindustry