This study provides a comprehensive exploration of the utilization of scrap tires in
geotechnical engineering, focusing on their applications, mechanical behavior …

As a lightweight and energy-dissipating filler, rubber-sand mixture (RSM) is promising for a
wide range of applications in civil engineering. However, the shear strength of RSM …

In order to make aeolian sand more effectively applied to roadbed materials, sodium
hydroxide and water glass were selected as alkali initiators, and slag was used as …

Considering economic and environmental factors, incorporating rubber into calcareous sand
as a backfill material in marine engineering construction is a favorable approach. The …

The mechanical properties of rubber-sand mixtures are influenced by the ratio of rubber-
sand particle sizes and the rubber content. Rubber-sand mixtures used as roadbed fillers …

Huge stockpiles of End-of-Life Tires (ELTs) are of major global concern. This paper
investigates and helps to demonstrate the beneficial utilization of ELTs to provide …

Due to the loose structure and low cohesion of natural sand, many improved techniques
have been tried to overcome this deficiency. When fiber reinforcement technology is applied …

The primary objective of this research is to assess the mechanical properties of shotcrete or
sprayed concrete reinforced with waste tire textile fibers (WTTFs). Shotcrete is extensively …

Rubber-sand mixtures (RSM) have gained recognition as a valuable, lightweight, and cost-
efficient energy-absorbing material with extensive potential application in engineering …

In this study, a new type of mortar was prepared through biomimetic carbonate precipitation
(BCP) with L-Aspartic acid (L-Asp) as a modifier. Direct shear tests were performed on BCP …