A Comparative Review Study on the Manufacturing Processes of Composite Grid Structures

Filament winding and fiber placement are low-cost, fast, and suitable processes for manufacturing composite grid structures. Resulted structures are high quality products. They have the advantage of carrying heavy structural loads as well as light structural weight. Composite Grid Structures (CGS) a...

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Main Authors: A. Fadavian, A. Davar, J. E. Jam, S. H. Taghavian
Format: Article
Language:English
Published: The Netherlands Press 2015-06-01
Series:Metallurgical & Materials Engineering
Subjects:
Online Access:http://metall-mater-eng.com/index.php/home/article/view/98
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author A. Fadavian
A. Davar
J. E. Jam
S. H. Taghavian
author_facet A. Fadavian
A. Davar
J. E. Jam
S. H. Taghavian
author_sort A. Fadavian
collection DOAJ
description Filament winding and fiber placement are low-cost, fast, and suitable processes for manufacturing composite grid structures. Resulted structures are high quality products. They have the advantage of carrying heavy structural loads as well as light structural weight. Composite Grid Structures (CGS) are manufactured with varying geometries such as circular (cylindrical and conic) and flat. They are applied in hightech industries including aerospace industry. In this paper, the manufacturing processes of these structures and their various aspects (including winding method, mandrel material and curing method) are reviewed and compared in detail.
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spelling doaj.art-bbed776000b643189b0010ed3a988d532023-01-03T08:59:15ZengThe Netherlands PressMetallurgical & Materials Engineering2217-89612015-06-01212798895A Comparative Review Study on the Manufacturing Processes of Composite Grid StructuresA. FadavianA. DavarJ. E. JamS. H. TaghavianFilament winding and fiber placement are low-cost, fast, and suitable processes for manufacturing composite grid structures. Resulted structures are high quality products. They have the advantage of carrying heavy structural loads as well as light structural weight. Composite Grid Structures (CGS) are manufactured with varying geometries such as circular (cylindrical and conic) and flat. They are applied in hightech industries including aerospace industry. In this paper, the manufacturing processes of these structures and their various aspects (including winding method, mandrel material and curing method) are reviewed and compared in detail.http://metall-mater-eng.com/index.php/home/article/view/98Composite Grid StructuresFilament WindingFiber PlacementMandrelCuring Cycle.
spellingShingle A. Fadavian
A. Davar
J. E. Jam
S. H. Taghavian
A Comparative Review Study on the Manufacturing Processes of Composite Grid Structures
Metallurgical & Materials Engineering
Composite Grid Structures
Filament Winding
Fiber Placement
Mandrel
Curing Cycle.
title A Comparative Review Study on the Manufacturing Processes of Composite Grid Structures
title_full A Comparative Review Study on the Manufacturing Processes of Composite Grid Structures
title_fullStr A Comparative Review Study on the Manufacturing Processes of Composite Grid Structures
title_full_unstemmed A Comparative Review Study on the Manufacturing Processes of Composite Grid Structures
title_short A Comparative Review Study on the Manufacturing Processes of Composite Grid Structures
title_sort comparative review study on the manufacturing processes of composite grid structures
topic Composite Grid Structures
Filament Winding
Fiber Placement
Mandrel
Curing Cycle.
url http://metall-mater-eng.com/index.php/home/article/view/98
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