Publication detail
Dielectric Spectral Differences for Concrete with Shredded Automobile Tires as an Admixture
LUŇÁK, M. KUSÁK, I. ŠTEFKOVÁ, D. TUPÝ, M. SOTIRIADIS, K.
Original Title
Dielectric Spectral Differences for Concrete with Shredded Automobile Tires as an Admixture
Type
conference paper
Language
English
Original Abstract
This paper gives the information about the dielectric testing of the cement-based composites prepared from a mix of cement mortar and quartz sand, with shredded automobile tires as an admixture, which were intentionally degraded by high-temperature treatment (in the temperature range from 0 C to 400 C). The monitoring of structural changes in the thermal stress is very important, for example determining the reliability of the whole structure and influence of polymer admixture on measured dependences. Development of electrical parameters and permittivity at each temperature area reliably shows structural changes and the structural reliability.
Keywords
impedance spectroscopy method, loss factor, dielectric losses, polymer binder, thermal stress, rubber aggregates
Authors
LUŇÁK, M.; KUSÁK, I.; ŠTEFKOVÁ, D.; TUPÝ, M.; SOTIRIADIS, K.
RIV year
2014
Released
12. 8. 2014
Publisher
Trans Tech Publication
Location
Switzerland
ISBN
978-3-03835-188-7
Book
Ecology and New Building Materials and Products
ISBN
1022-6680
Periodical
Advanced Materials Research
Year of study
2014
Number
1000
State
Swiss Confederation
Pages from
186
Pages to
189
Pages count
4
BibTex
@inproceedings{BUT108778,
author="Miroslav {Luňák} and Ivo {Kusák} and Daniela {Kysilková} and Michael {Tupý} and Konstantinos {Sotiriadis}",
title="Dielectric Spectral Differences for Concrete with Shredded Automobile Tires as an Admixture",
booktitle="Ecology and New Building Materials and Products",
year="2014",
journal="Advanced Materials Research",
volume="2014",
number="1000",
pages="186--189",
publisher="Trans Tech Publication",
address="Switzerland",
doi="10.4028/www.scientific.net/AMR.1000.186",
isbn="978-3-03835-188-7",
issn="1022-6680"
}