Hybrid Glass to Steel Structural Elements – Flexible Design Approach
Journal
Advanced technologies and materials
Date Issued
2018
Author(s)
B.Trajanoska,V.Gavriloski, E.Doncheva
Abstract
Structural integrity of elements depends on their geometry, function and connections used between
them. In this paper new hybrid glass to steel elements are investigated concerning their mechanical
behavior and function which directly influences their design and vice versa. Their basic design is
tested experimentally and then a flexible design approach including parametrical study is proposed
for developing unique structural elements for different application. The concept design takes
advantage of the mechanical properties of tempered glass, steel and polymer adhesive and achieves
structural geometry which results in high mechanical, structural and architectural potential
them. In this paper new hybrid glass to steel elements are investigated concerning their mechanical
behavior and function which directly influences their design and vice versa. Their basic design is
tested experimentally and then a flexible design approach including parametrical study is proposed
for developing unique structural elements for different application. The concept design takes
advantage of the mechanical properties of tempered glass, steel and polymer adhesive and achieves
structural geometry which results in high mechanical, structural and architectural potential
Subjects
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