INTERSECTION OF INCLINED CONICAL PLANES. APPLICATION OF TRADITIONAL METHODS

One of the goals of teaching applied descriptive geometry to the students of Mechanical Engineering is the acquisition of knowledge and formation of skills in orthogonal projection of basic volumetric primitives and their intersection. The developed elements can be connected in various combinations...

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Main Author: Zoya Tsoneva
Format: Article
Language:English
Published: SORGING 2015-07-01
Series:Journal of Industrial Design and Engineering Graphics
Subjects:
Online Access:http://sorging.ro/jideg/index.php/jideg/article/view/232
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author Zoya Tsoneva
author_facet Zoya Tsoneva
author_sort Zoya Tsoneva
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description One of the goals of teaching applied descriptive geometry to the students of Mechanical Engineering is the acquisition of knowledge and formation of skills in orthogonal projection of basic volumetric primitives and their intersection. The developed elements can be connected in various combinations whose diversity gives infinite opportunities predefined by the specific requirements of design and technology. Good knowledge of the properties and actual forms of different types of the geometrical bodies projected is the guarantee for their correct projecting. The paper presents the specifics of orthogonal projecting of inclined conical bodies and focuses on the relevance of traditional methods for finding the line of bodies’ intersection in space.
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spelling doaj.art-456e569af48d481299bd8cf176fe392e2023-09-02T13:15:07ZengSORGINGJournal of Industrial Design and Engineering Graphics1843-37662344-46812015-07-01102INTERSECTION OF INCLINED CONICAL PLANES. APPLICATION OF TRADITIONAL METHODSZoya Tsoneva0Technical University – VarnaOne of the goals of teaching applied descriptive geometry to the students of Mechanical Engineering is the acquisition of knowledge and formation of skills in orthogonal projection of basic volumetric primitives and their intersection. The developed elements can be connected in various combinations whose diversity gives infinite opportunities predefined by the specific requirements of design and technology. Good knowledge of the properties and actual forms of different types of the geometrical bodies projected is the guarantee for their correct projecting. The paper presents the specifics of orthogonal projecting of inclined conical bodies and focuses on the relevance of traditional methods for finding the line of bodies’ intersection in space.http://sorging.ro/jideg/index.php/jideg/article/view/232descriptive geometryorthogonal projectingintersection the conical planes
spellingShingle Zoya Tsoneva
INTERSECTION OF INCLINED CONICAL PLANES. APPLICATION OF TRADITIONAL METHODS
Journal of Industrial Design and Engineering Graphics
descriptive geometry
orthogonal projecting
intersection the conical planes
title INTERSECTION OF INCLINED CONICAL PLANES. APPLICATION OF TRADITIONAL METHODS
title_full INTERSECTION OF INCLINED CONICAL PLANES. APPLICATION OF TRADITIONAL METHODS
title_fullStr INTERSECTION OF INCLINED CONICAL PLANES. APPLICATION OF TRADITIONAL METHODS
title_full_unstemmed INTERSECTION OF INCLINED CONICAL PLANES. APPLICATION OF TRADITIONAL METHODS
title_short INTERSECTION OF INCLINED CONICAL PLANES. APPLICATION OF TRADITIONAL METHODS
title_sort intersection of inclined conical planes application of traditional methods
topic descriptive geometry
orthogonal projecting
intersection the conical planes
url http://sorging.ro/jideg/index.php/jideg/article/view/232
work_keys_str_mv AT zoyatsoneva intersectionofinclinedconicalplanesapplicationoftraditionalmethods