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PEŠEK, O. MELCHER, J. PILGR, M.
Original Title
Numerical Analysis of Hybrid Steel-Glass Beam
Type
conference paper
Language
English
Original Abstract
The aim of this paper is testing of numerical modeling of steel-glass composite structure. New hybrid steel-glass beam consists of steel flanges and glass web bonded together. The most important aspect of all composite materials is to joint of different materials. Actually silicone, peroxide, acrylate and polyurethane materials are use for steel and glass connecting. Load carrying capacity is directly dependent to quality of joint of materials. In this paper perfect shear connection is consider. Numerical modeling was performed in software based on final element method. Model of hybrid beam is consisting of 2D and 3D elements (two models). Span of beam is 6 meters, depth is 300 mm. Flange has rectangular cross section with dimensions 150 and 10 mm. Thickness of web is 8 mm. (this dimensions are equivalent to IPE300). Linear and nonlinear solutions were performed. The same beam was calculated by analytical method. Results (deflections, normal stress and shear stress) from numerical modeling were compared with analytical calculation results.
Keywords
Structural glass, hybrid steel-glass beam, composite material, shear connection, analytical analysis, final element method
Authors
PEŠEK, O.; MELCHER, J.; PILGR, M.
RIV year
2012
Released
2. 12. 2012
Publisher
WSEAS Press
Location
Paris, France
ISBN
978-1-61804-137-1
Book
Proceedings of 3rd European Conference of Civil Engineering (ECCIE'12)
2227-4588
Periodical
Advances in Mathematical and Computational Methods
State
Hellenic Republic
Pages from
234
Pages to
239
Pages count
6
BibTex
@inproceedings{BUT95932, author="Ondřej {Pešek} and Jindřich {Melcher} and Milan {Pilgr}", title="Numerical Analysis of Hybrid Steel-Glass Beam", booktitle="Proceedings of 3rd European Conference of Civil Engineering (ECCIE'12)", year="2012", journal="Advances in Mathematical and Computational Methods", pages="234--239", publisher="WSEAS Press", address="Paris, France", isbn="978-1-61804-137-1", issn="2227-4588" }