Development of technology for production of fire-resistant nanocomposite constructional rebar and structural elements based on it

Analysis of recent publications describing the situation with fiber-reinforced plastic rebar is contained in the paper. The available types of composite reinforcement have a number of advantages, but also have significant drawbacks. New technical developments and fresh ideas, born thanks to the inte...

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Main Authors: Ponomarev Andrey, Steshenko Daria, Rassokhin Aleksandr
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:MATEC Web of Conferences
Online Access:https://doi.org/10.1051/matecconf/201824504001
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author Ponomarev Andrey
Steshenko Daria
Rassokhin Aleksandr
author_facet Ponomarev Andrey
Steshenko Daria
Rassokhin Aleksandr
author_sort Ponomarev Andrey
collection DOAJ
description Analysis of recent publications describing the situation with fiber-reinforced plastic rebar is contained in the paper. The available types of composite reinforcement have a number of advantages, but also have significant drawbacks. New technical developments and fresh ideas, born thanks to the integration of sciences, make it possible to begin the creation of a technology for the production of fundamentally new types of rebar based on an inorganic (mineral) binder. New rebar will be tough and resistant to fire and high temperatures.
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spelling doaj.art-adabe98b7bcb4ae1b6c298deb30fbaed2022-12-21T18:15:17ZengEDP SciencesMATEC Web of Conferences2261-236X2018-01-012450400110.1051/matecconf/201824504001matecconf_eece2018_04001Development of technology for production of fire-resistant nanocomposite constructional rebar and structural elements based on itPonomarev AndreySteshenko Daria0Rassokhin AleksandrPeter the Great St. Petersburg Polytechnic UniversityAnalysis of recent publications describing the situation with fiber-reinforced plastic rebar is contained in the paper. The available types of composite reinforcement have a number of advantages, but also have significant drawbacks. New technical developments and fresh ideas, born thanks to the integration of sciences, make it possible to begin the creation of a technology for the production of fundamentally new types of rebar based on an inorganic (mineral) binder. New rebar will be tough and resistant to fire and high temperatures.https://doi.org/10.1051/matecconf/201824504001
spellingShingle Ponomarev Andrey
Steshenko Daria
Rassokhin Aleksandr
Development of technology for production of fire-resistant nanocomposite constructional rebar and structural elements based on it
MATEC Web of Conferences
title Development of technology for production of fire-resistant nanocomposite constructional rebar and structural elements based on it
title_full Development of technology for production of fire-resistant nanocomposite constructional rebar and structural elements based on it
title_fullStr Development of technology for production of fire-resistant nanocomposite constructional rebar and structural elements based on it
title_full_unstemmed Development of technology for production of fire-resistant nanocomposite constructional rebar and structural elements based on it
title_short Development of technology for production of fire-resistant nanocomposite constructional rebar and structural elements based on it
title_sort development of technology for production of fire resistant nanocomposite constructional rebar and structural elements based on it
url https://doi.org/10.1051/matecconf/201824504001
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AT steshenkodaria developmentoftechnologyforproductionoffireresistantnanocompositeconstructionalrebarandstructuralelementsbasedonit
AT rassokhinaleksandr developmentoftechnologyforproductionoffireresistantnanocompositeconstructionalrebarandstructuralelementsbasedonit