Revue des Sciences Fondamentales Appliquées
Volume 6, Numéro 2, Pages 220-228

Study Of The Effect Of Aluminum Content And C / S Ratio On The Physico-mechanical And Thermal Properties Of A Lightweight Concrete Made From Sand Dune

Auteurs : Damene Z. . Goual M. S. . Saiti I. . Benhassine N. . Ferhat A. .


This research is a contribution to the development of local materials especially in the development of a cellular concrete with dunes sand. This is an experimental study whose objective is to see the influence of the C/S (dosage of cement compared to sand) and the dosage of aluminum on the physico- mechanical and thermal performance of lightweight concrete cellular type. The results showed that the cement compared to the sand has a remarkable effect on the reaction and that on expansion the mechanical behavior as well as the dosage of aluminum in the composition of cellular concrete has a certain threshold Aluminium beyond which provides no relief benefits. Based on these results, the cellular concrete made from sand dune can be classified as light structural concrete with insulation suitable for very hot and arid environment of our region power.

Mots clés

Valorisation; Cellular concrete; Dune sand; Aluminium; mechanical properties; thermal insulation.

Mechanical And Thermal Properties Of A Cellular Concrete Formulated From Dune Sand, Cement, Lime And Waste Brick Fillers

Zineb Damene .  Mohamed Sayah Goual .  Issam Saiti .  Abdelkarim Hinana . 
pages 10-14.

Effect Of The Heat Curing On Strength Development Of Ultra-high Performance Fiber Reinforced Concrete (uhpfrc) Containing Dune Sand And Ground Brick Waste

Safi Brahim .  Aboutair Amel .  Saidi Mohammed .  Ghernouti Youcef .  Oubraham Chahrazade . 
pages 40-46.

Characteristic Improvement Of Dune's Sand Concrete

Guettala A. .  Mezeghiche B. .  Chebili R. . 
pages 67-78.

Effect Of Aluminum Carbide Additives On Carbothermic Reduction Process From Alumina To Aluminum

Chahtou Amina .  Benioub Rabie .  Boucetta Abderahmane .  Zenga Lihaowen .  Kobatake Hidekazu .  Itaka Kenji . 
pages 77-82.