Numerical Solutions and Experimental Research in Justification of the Design Model of the Force Interaction of the Reinforcing Beam with the Anchoring Medium

The paper presents the research and engineering experience in the calculation and design of concrete structural elements, reinforced by fiberglass rods. The construction of a concrete beam reinforced by fiberglass rods is presented. Research in preserving prestressing forces in a beam subjected to w...

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Published in:IOP conference series. Earth and environmental science 2020-04, Vol.459 (5), p.52036
Main Authors: Belutsky, I Y, Sim, A D, Grinev, P E
Format: Article
Language:English
Subjects:
Concrete
Concrete construction
Experimental research
Fiberglass
Prestressing
Reinforcing steels
Rods
Structural members
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Sim, A D
Grinev, P E
description The paper presents the research and engineering experience in the calculation and design of concrete structural elements, reinforced by fiberglass rods. The construction of a concrete beam reinforced by fiberglass rods is presented. Research in preserving prestressing forces in a beam subjected to weathering for about 30 years is considered. The creation and analysis of concrete-steel connection model is presented using LIRA-SAPR software. This is a work of scholarly interest.
doi_str_mv 10.1088/1755-1315/459/5/052036
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subjects Concrete
Concrete construction
Experimental research
Fiberglass
Prestressing
Reinforcing steels
Rods
Structural members
title Numerical Solutions and Experimental Research in Justification of the Design Model of the Force Interaction of the Reinforcing Beam with the Anchoring Medium
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