Publication result detail

Evaluation of high-temperature degraded concrete with content of blast furnace slag by non-destructive approach

DVOŘÁK, R.; TOPOLÁŘ, L.; HODULÁKOVÁ, M.

Original Title

Evaluation of high-temperature degraded concrete with content of blast furnace slag by non-destructive approach

English Title

Evaluation of high-temperature degraded concrete with content of blast furnace slag by non-destructive approach

Type

Abstract

Original Abstract

The paper presents the results from testing of two designed mixtures different by the use of cement with and without the high furnace slag. Usage of high furnace slag have proven to have positive effect on high temperature resistance of concrete. The measurement aims to prove this assumption by both destructive and non-destructive approach.

English abstract

The paper presents the results from testing of two designed mixtures different by the use of cement with and without the high furnace slag. Usage of high furnace slag have proven to have positive effect on high temperature resistance of concrete. The measurement aims to prove this assumption by both destructive and non-destructive approach.

Keywords

Non-destructive testing, concrete, cement, high temperatures, destructive tests, cement, impact-echo, blast furnace slag

Key words in English

Non-destructive testing, concrete, cement, high temperatures, destructive tests, cement, impact-echo, blast furnace slag

Authors

DVOŘÁK, R.; TOPOLÁŘ, L.; HODULÁKOVÁ, M.

RIV year

2019

Released

08.07.2018

Publisher

Hungarian Society of Materials Science

Location

Budapešť

ISBN

978-963-05-9917-7

Book

FEMS JUNIOR EUROMAT CONFFERENCE 2018, Book of abstracts

Edition

1

Pages from

80

Pages to

81

Pages count

2

BibTex

@misc{BUT148866,
  author="Richard {Dvořák} and Libor {Topolář} and Michaela {Hoduláková}",
  title="Evaluation of high-temperature degraded concrete with content of blast furnace slag by non-destructive approach",
  booktitle="FEMS JUNIOR EUROMAT CONFFERENCE 2018, Book of abstracts",
  year="2018",
  series="1",
  edition="1",
  pages="80--81",
  publisher="Hungarian Society of Materials Science",
  address="Budapešť",
  isbn="978-963-05-9917-7",
  note="Abstract"
}