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ELECTROCONDUCTIVE CEMENT CONCRETE COMPOSITE DEVELOPMENT AND ITS APPLICATION IN THE ROAD INDUSTRY

Abstract

This article discusses electroconductive cement concrete characteristics and suggests methods for using this material in the "warm roads" construction. It is proposed to use the heated pavement for snow and ice accelerated utilization during roads and streets winter maintenance. Recommended technology will help reduce the most expensive winter cleaning operations cost - loading, transporting and melting of snow mass. The authors experimentally selected stable electroconductive concrete mixtures with different conductor component contents. To prove the possibility of using electroconductive cement concrete as a road-building material the strength of samples was determined. Developed cement concrete composition variants with carbon addition, the results of compression and tensile tests and study of concrete electrical conductivity and the ability of this material to heat up are described.

About the Authors

Eugenia Yu. Podiapolskaya
FAI «ROSDORNII»
Russian Federation
Master of Science


Sergei M. Dmitriev
MADI
Russian Federation
associate professor


Vladislav A. Dolzhenkov
MADI
Russian Federation
Master of Science


References

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2. References

3. Airfield Pavement Deicing with Conductive Concrete Overlay, Christopher Y. Tuan / University of Nebraska-Lincoln, Digital Commons. - Электрон. данные. - URL: https://www.academia.edu/30879700/ Airfield_Pavement_Deicing _with_Conductive_Concrete_Overlay (дата обращения 22.11.2019).

4. Reglament kompleksnogo soderzhaniya ob’ektov dorozhnogo hozyajstva goroda Moskvy v zimnij period (s izmeneniyami na 19 noyabrya 2015 goda), – Elektron. dannye. -URL:http://docs.cntd.ru/document/537972307, (data obrashcheniya 12.12.2019).

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8. Airfield Pavement Deicing with Conductive Concrete Overlay, Christopher Y. Tuan / University of Nebraska-Lincoln, Digital Commons. - Электрон. данные. - URL: https://www.academia.edu/30879700/ Airfield_Pavement_Deicing _with_Conductive_Concrete_Overlay (дата обращения 22.11.2019).

9. Betony. Metody opredeleniya prochnosti po kontrol'nym obrazcam, GOST 10180-2012 (Concrete. Strength determining methods on control samples), Moscow, FGUP «STANDARTINFORM», 2013, 30 p.


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ISSN 2409-7217 (Online)