article · NanoWorld Journal

Sustainability Assessment of LC3-based Reinforced Concrete in Simulated Corrosive Semi-arid Environment of Morocco

Aadil Ejbouh
Sara Hassi
Hanane Benqlilou
M. Galai
Adil Ech-chebab
C Leung
Y Ruiz
K Berrami
A Kirchheim
V John
A Serrenho
M Da Silva
S Hassi
J Rossen
A Castel
A Ejbouh
C Dunant
S Bishnoi
Dai Pang
H Benqlilou
S Maity
M Drewniok
A Ech-Chebab
D Mishra
M Galai
Z Shi
R Lupton
C Hu
M Khan
U Environment
H Du
M Geiker
S Berriel
I Snchez
F Martirena
E Rosa
M. Ebn Touhamı
N De Almeida
Q Nguyen
Y Cancio
S Ferreiro
C Malacarne
S
Z Panossian
J Martirena
S Shah
R Lachhab
S Filho
B Lothenbach
M Mirdarsoltany

20231 citationOpen accessIbn Tofail University

Abstract

Aadil Ejbouh, Adil Ech-chebab, Sara Hassi, M. Galai, H. Benqlilou and Mohamed Ebn Touhami This study investigates the sustainability performance of local common raw clay as a supplementary cementitious material (SCM) in concrete in simulated semi-arid environment of Morocco. The service life of the underground concrete pipe is shorter in this harsh environment because of aggressive corrosive soil, and cyclical variation of temperature and humidity.

Research topics

Concrete Corrosion and Durability
Sustainable Building Design and Assessment
Recycled Aggregate Concrete Performance

Sustainable Development Goals

15Life on Land

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DOI: 10.17756/nwj.2023-s2-030

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