The paper deals with an experimental determination of concrete resistance to sulphate corrosion. The paper presents a practical application of how to relatively simply determine the discussed resistance. This is achieved by comparative monitoring of model mortars that have been derived from the assessed concrete. Three types of concrete were used for the experiment, one of which contained a crystallization admixture and another one metakaolin. The paper presents the obtained values of parameters in time and an interpretation of the measured values, including a comparison with the results of previously conducted tests of resistance to sulphate corrosion.
REFERENCES
1.
fib Bulletin No. 28
: Environmental Design
(fib
, Lausanne
, 2004
).2.
K.
Hrabová
, B.
Teplý
and P.
Hájek
, IOP Conference Series: Earth and Environmental Science
290
, 012049
(2019
).3.
4.
Understanding Cement, information on
www.understanding-cement.com [2019-9-25].5.
M.
Alexander
, A.
Bertron
, and N.
De Belie
, Performance of Cement Based Materials in Aggressive Aqueous Environments, State-of-art-report RILEM TC211 PAE
(Springer Science+Business Media
, Dordrecht
, 2013
).6.
D.
Kocáb
, I.
Terzijski
, J.
Strnad
, P.
Štěpánek
, and M.
Ševčík
, Solid State Phenomena
292
, 34
–39
(2019
).7.
I.
Terzijski
, D.
Kocáb
, J.
Strnad
, M.
Zlámal
, and P.
Louda
, Solid State Phenomena
292
, 40
–44
(2019
).
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