DEVELOPMENT OF A COMPOSITE MATERIAL, AS AN ALTERNATIVE TO CLASSICAL MAGNALIA ALLOYS  HAVING INCREASED STRENGTH AND DUCTILITY PROPERTIES

Maksim Gus'kov; Aleksandr Horin; Viktor Batrashov; Dmitriy Kryukov; Aleksey Krivenkov; Anton Vavilov

doi:10.30987/2782-5957-2024-6-61-68

UDC 669 Russian Library and Bibliographic Classification 343 UDC 621.791.13 UDC 620.22 Russian Library and Bibliographic Classification 342

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DEVELOPMENT OF A COMPOSITE MATERIAL, AS AN ALTERNATIVE TO CLASSICAL MAGNALIA ALLOYS HAVING INCREASED STRENGTH AND DUCTILITY PROPERTIES

Published in Transport engineering · Volume 2024, Issue 6 · Pages 61–68 · Rubric: Material Science and Materials Engineering

DOI: https://doi.org/10.30987/2782-5957-2024-6-61-68

Received: 02.04.2024 Accepted: 14.04.2024 Published: 27.06.2024

Authors

Maksim Gus'kov

ORCID

Aleksandr Horin

ORCID

Viktor Batrashov

ORCID

Dmitriy Kryukov

ORCID

et al.

Aleksey Krivenkov

ORCID

Anton Vavilov

Maksim Gus'kov

Science rang: docent

Penza State University Associate Professor · Department of Control and testing of materials · Russian Federation · Penza

ORCID

Aleksandr Horin

Academic degree: candidate of technical sciences

Science rang: docent

Penza State University Associate Professor · Department of Control and testing of materials · Russian Federation · Penza

ORCID

Viktor Batrashov

Academic degree: candidate of technical sciences

Science rang: docent

Penza State University Associate Professor, Acting Head of the Department · Department of Control and testing of materials · Russian Federation · Penza

ORCID

Dmitriy Kryukov

Academic degree: candidate of technical sciences

Science rang: docent

Penza State Technical University Associate Professor · Department of Welding, Foundry Production and Ma-terial Sciences · Russian Federation · Penza

ORCID

Aleksey Krivenkov

Academic degree: candidate of technical sciences

Science rang: docent

Penza State Technical University Associate Professor · Department of Welding, Foundry Production and Ma-terial Sciences · Russian Federation · Penza

ORCID

Anton Vavilov

Penza State University Master's Gegree Student · SLPiM Departments · Russian Federation · Penza

ABSTRACT

The main study objective is to make a composite material based on an aluminum alloy with increased strength and plastic properties compared to aluminum alloys traditionally used in mechanical engineering. The tasks to which the paper is devoted are to develop a technology for making a specified composite material and to study its basic mechanical properties. Comparative analysis at the stage of determining the relevance of the work, mathematical calculation of explosion welding parameters to obtain a composite and testing on a tensile machine in order to obtain values of strength and plastic parameters are used as research methods. The novelty of the work is in the application of technological operations that give the material a set of properties that it did not possess in its original state. The study results show that this area is in demand both in Russia and abroad; new improved aluminum alloys are made; the most relevant way to improve properties is to make a composite material. A composite is obtained, which has a 40% higher tensile strength and 3% higher elongation compared to the starting material. When compared with the traditionally used AMg5M alloy, the developed composite has an advantage of 35% in strength parameters and 70% in plasticity. Also, this material has an advantage in strength and ductility over 1565h MU alloy.

KEYWORDS

composite material, strength, ductility, welding, reinforcement

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JATS XML

Chief Editor

Alexandr Khandozhko

chandosh@yandex.ru +7(483)258-82-89

Deputy chief editor

Dmitriy Antipin

adya2435@gmail.com +7(483)256-04-66

Deputy chief editor

Sergey Siyanov

serg620@ya.ru +7(910)297-58-46

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GOST

Gus'kov M. S., Horin A. V., Batrashov V. M., Kryukov D. B., Krivenkov A. O., Vavilov A. D. DEVELOPMENT OF A COMPOSITE MATERIAL, AS AN ALTERNATIVE TO CLASSICAL MAGNALIA ALLOYS HAVING INCREASED STRENGTH AND DUCTILITY PROPERTIES // Transport engineering. 2024. no. 6. pp. 61-68. DOI: https://doi.org/10.30987/2782-5957-2024-6-61-68. (Date of access 04.11.2026).

MLA

Maksim Gus'kov, Horin A. V., Batrashov V. M., Kryukov D. B., Krivenkov A. O., Vavilov A. D.. "DEVELOPMENT OF A COMPOSITE MATERIAL, AS AN ALTERNATIVE TO CLASSICAL MAGNALIA ALLOYS HAVING INCREASED STRENGTH AND DUCTILITY PROPERTIES." Transport engineering 2024.6 (2024): 61-68. DOI: https://doi.org/10.30987/2782-5957-2024-6-61-68.

APA

Gus'kov M. S., Horin A. V., Batrashov V. M., Kryukov D. B., Krivenkov A. O., Vavilov A. D. (2024). DEVELOPMENT OF A COMPOSITE MATERIAL, AS AN ALTERNATIVE TO CLASSICAL MAGNALIA ALLOYS HAVING INCREASED STRENGTH AND DUCTILITY PROPERTIES. Transport engineering, 2024(6), 61-68. https://doi.org/10.30987/2782-5957-2024-6-61-68

Chicago

Maksim Gus'kov, Horin A. V., Batrashov V. M., Kryukov D. B., Krivenkov A. O., Vavilov A. D.. "DEVELOPMENT OF A COMPOSITE MATERIAL, AS AN ALTERNATIVE TO CLASSICAL MAGNALIA ALLOYS HAVING INCREASED STRENGTH AND DUCTILITY PROPERTIES." Transport engineering 2024, no. 6 (2024): 61-68. https://doi.org/10.30987/2782-5957-2024-6-61-68.

WIKI

{{cite journal | author = Gus'kov M. S., Horin A. V., Batrashov V. M., Kryukov D. B., Krivenkov A. O., Vavilov A. D. | title = DEVELOPMENT OF A COMPOSITE MATERIAL, AS AN ALTERNATIVE TO CLASSICAL MAGNALIA ALLOYS HAVING INCREASED STRENGTH AND DUCTILITY PROPERTIES | journal = Transport engineering | year = 2024 | volume = 2024 | issue = 6 | pages = 61-68 | doi = 10.30987/2782-5957-2024-6-61-68 }}

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DEVELOPMENT OF A COMPOSITE MATERIAL, AS AN ALTERNATIVE TO CLASSICAL MAGNALIA ALLOYS HAVING INCREASED STRENGTH AND DUCTILITY PROPERTIES

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