This study aims to verify the differences in the strength of an artificially cemented sandy soil
with and without fiber reinforcement. The controlling parameters evaluated were the amount …

This study aims to develop a dosage methodology based on tensile and compressive
strength for artificially cemented fibre reinforced soils considering filament length. The …

This study aimed to quantify the influence of the amount of cement, the porosity and the
porosity/cement ratio in the assessment on tensile strength (qt) and compressive strength …

This paper reports on the development of a dosage methodology based of compressive
strength for artificially cemented fiber-reinforced soils. The controlling parameters evaluated …

This paper describes laboratory drained standard triaxial tests conducted on artificially
cemented Osorio sand specimens reinforced with randomly oriented discrete extensible …

Enhancement of local soils with fibers and cement for the construction of stabilized
pavement bases, canal lining, and support layers for shallow foundations shows great …

A series of experiments were carried out to investigate the behavior of cement-stabilized
fiber-reinforced clay with different cement and fiber contents. Three groups of tests were …

The present work proposes a theoretical model for predicting the splitting tensile strength
(qt)-unconfined compressive strength (qu) ratio of artificially cemented fibre reinforced soils …

Triaxial compression tests with internal measurement of deformation and scanning electron
microscopy were carried out to evaluate the effect of randomly distributed glass fibre …

An experimental program was undertaken to investigate the effects of discrete short
polypropylene fiber (PP-fiber) on the strength and mechanical behavior of uncemented and …