Detail publikace
The Assessment of Cement Mortars after Thermal Degradation by Acoustic Non-destructive Methods
TOPOLÁŘ, L. ŠTEFKOVÁ, D. HODULÁKOVÁ, M.
Originální název
The Assessment of Cement Mortars after Thermal Degradation by Acoustic Non-destructive Methods
Anglický název
The Assessment of Cement Mortars after Thermal Degradation by Acoustic Non-destructive Methods
Jazyk
en
Originální abstrakt
Thanks, the terrorist attacks on the worldwide interest in the design of structures for fire greatly increased. One of the advantages of concrete over other building materials is its inherent fire-resistive properties. The concrete structural components still must be able to withstand dead and live loads without collapse even though the rise in temperature causes a decrease in the strength and modulus of elasticity for concrete and steel reinforcement. In addition, fully developed fires cause expansion of structural components and the resulting stresses and strains must be resisted. This paper reports the results of measurements by Impactecho method and measurement by ultrasound. Both methods are based on the acoustic properties of the material which are dependent on its condition. These acoustic methods allow identifying defects and are thus suitable for monitoring the building structure condition. The results are obtained in the laboratory during the degradation of composite materials based oncement by high-temperature.
Anglický abstrakt
Thanks, the terrorist attacks on the worldwide interest in the design of structures for fire greatly increased. One of the advantages of concrete over other building materials is its inherent fire-resistive properties. The concrete structural components still must be able to withstand dead and live loads without collapse even though the rise in temperature causes a decrease in the strength and modulus of elasticity for concrete and steel reinforcement. In addition, fully developed fires cause expansion of structural components and the resulting stresses and strains must be resisted. This paper reports the results of measurements by Impactecho method and measurement by ultrasound. Both methods are based on the acoustic properties of the material which are dependent on its condition. These acoustic methods allow identifying defects and are thus suitable for monitoring the building structure condition. The results are obtained in the laboratory during the degradation of composite materials based oncement by high-temperature.
Plný text v Digitální knihovně
Dokumenty
BibTex
@inproceedings{BUT140800,
author="Libor {Topolář} and Daniela {Kysilková} and Michaela {Hoduláková}",
title="The Assessment of Cement Mortars after Thermal Degradation by Acoustic Non-destructive Methods",
annote="Thanks, the terrorist attacks on the worldwide interest in the design of structures for fire greatly increased. One of the advantages of concrete over other building materials is its inherent fire-resistive properties. The concrete structural components still must be able to withstand dead and live loads without collapse even though the rise in temperature causes a decrease in the strength and modulus of elasticity for concrete and steel reinforcement. In addition, fully developed fires cause expansion of structural components and the resulting stresses and strains must be resisted. This paper reports the results of measurements by Impactecho method and measurement by ultrasound. Both methods are based on the acoustic properties of the material which are dependent on its condition. These acoustic methods allow identifying defects and are thus suitable for monitoring the building structure condition. The results are obtained in the laboratory during the degradation of composite materials based oncement by high-temperature.",
address="IOP Publishing",
booktitle="3rd International Conference on Innovative Materials, Structures and Technologies (IMST 2017)",
chapter="140800",
doi="10.1088/1757-899X/251/1/012094",
howpublished="online",
institution="IOP Publishing",
number="1",
year="2017",
month="october",
pages="1--7",
publisher="IOP Publishing",
type="conference paper"
}