3D-TECLMOLOGIES IN FORMING AND FOUNDRY

This review describes metal castings produced using 3D technology. Methods for 3D processing of materials related to the additive method of production, characterized by resource conservation. Frame-cellular casting can inherit the structure of nature with the best combination of materials, durabilit...

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Main Author:	V. S. Doroshenko
Format:	Article
Language:	English
Published:	Belarusian National Technical University 2015-11-01
Series:	Litʹë i Metallurgiâ
Subjects:	3d-technology engineering of castings computer modeling cellular casting 3d-printer additive manutacturing physical and technological institute of metals and alloys of national academy of scienses of ukraine
Online Access:	https://lim.bntu.by/jour/article/view/537

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spelling	doaj-3b24977c1eb34bbbba93dae4ed7c54542021-07-29T08:34:04ZengBelarusian National Technical UniversityLitʹë i Metallurgiâ1683-60652414-04062015-11-010330395313D-TECLMOLOGIES IN FORMING AND FOUNDRYV. S. Doroshenko0Physikal and Technological Institute of metals and alloys of National Academy of Sciences of UkraineThis review describes metal castings produced using 3D technology. Methods for 3D processing of materials related to the additive method of production, characterized by resource conservation. Frame-cellular casting can inherit the structure of nature with the best combination of materials, durability and attractive appearance. 3D technologies expand the existing range of metal products. Among the new foundry processes at the Institute PTIMA of NAS of Ukraine patented 3D technology of molding sand products through the deformation of granular materials, as well as getting sand shell molds for one-time pattern.https://lim.bntu.by/jour/article/view/5373d-technologyengineering of castingscomputer modelingcellular casting3d-printer additive manutacturingphysical and technological institute of metals and alloys of national academy of scienses of ukraine
collection	DOAJ
language	English
format	Article
sources	DOAJ
author	V. S. Doroshenko
spellingShingle	V. S. Doroshenko 3D-TECLMOLOGIES IN FORMING AND FOUNDRY Litʹë i Metallurgiâ 3d-technology engineering of castings computer modeling cellular casting 3d-printer additive manutacturing physical and technological institute of metals and alloys of national academy of scienses of ukraine
author_facet	V. S. Doroshenko
author_sort	V. S. Doroshenko
title	3D-TECLMOLOGIES IN FORMING AND FOUNDRY
title_short	3D-TECLMOLOGIES IN FORMING AND FOUNDRY
title_full	3D-TECLMOLOGIES IN FORMING AND FOUNDRY
title_fullStr	3D-TECLMOLOGIES IN FORMING AND FOUNDRY
title_full_unstemmed	3D-TECLMOLOGIES IN FORMING AND FOUNDRY
title_sort	3d-teclmologies in forming and foundry
publisher	Belarusian National Technical University
series	Litʹë i Metallurgiâ
issn	1683-6065 2414-0406
publishDate	2015-11-01
description	This review describes metal castings produced using 3D technology. Methods for 3D processing of materials related to the additive method of production, characterized by resource conservation. Frame-cellular casting can inherit the structure of nature with the best combination of materials, durability and attractive appearance. 3D technologies expand the existing range of metal products. Among the new foundry processes at the Institute PTIMA of NAS of Ukraine patented 3D technology of molding sand products through the deformation of granular materials, as well as getting sand shell molds for one-time pattern.
topic	3d-technology engineering of castings computer modeling cellular casting 3d-printer additive manutacturing physical and technological institute of metals and alloys of national academy of scienses of ukraine
url	https://lim.bntu.by/jour/article/view/537
work_keys_str_mv	AT vsdoroshenko 3dteclmologiesinformingandfoundry
_version_	1721254354229395456

3D-TECLMOLOGIES IN FORMING AND FOUNDRY

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