In recent years, lots of environmental problems have been created due to the advancement of technology and increasing the use of rubber material throughout the world as well as the lack of a correct and fundamental solution to rubber burial, recycling, and optimum use of it. In this paper, the performance of reinforced earth wall with geogrid and different percentages of crumb rubber–sand, as lightweight materials, have been evaluated and analyzed. In this regard, 20 types of embankment, formed by 4 layers of different material with a height of 2.5meters, have been used. The results indicate that the mixture, with the ratio of 30:70 by weight or 50:50 by volume under the condition of applying surcharge load or even without it, was found to ...
This research was aimed at providing geotechnical information on the design and construction procedu...
Both the stability and settlement of embankments across soft soils can be improved by the use of lig...
Use of tire shred–soil mixtures as backfill materials in mechanically stabilized earth walls has sev...
In recent years, lots of environmental problems have been created due to the advancement of technolo...
The accumulation of waste tires is a global resource and environmental problem. The landfill or inci...
Enormous quantities of waste tires are generated annually in all countries around the world. Efforts...
AbstractLarge quantities of waste tires are released to the environment in an undesirable way. The p...
Given the large number of waste tires that are generated every year throughout the world, there is a...
Traditional techniques for treatment of waste rubber, such as burning, generate some highly non-degr...
Use of tire shreds in construction projects, such as highway embankments and retaining walls, is bec...
International audienceThe objective is to develop new civil engineering applications that will free ...
Waste material such as used tires is increasing every year, which poses environmental problems. Howe...
Millions of scrap tires are discarded annually in the United States, the bulk of which are currently...
Mixing soil with waste tire rubber granules or fibres is a practical and promising solution to the p...
The re-use of waste materials is an essential step in creating a sustainable future, and research in...
This research was aimed at providing geotechnical information on the design and construction procedu...
Both the stability and settlement of embankments across soft soils can be improved by the use of lig...
Use of tire shred–soil mixtures as backfill materials in mechanically stabilized earth walls has sev...
In recent years, lots of environmental problems have been created due to the advancement of technolo...
The accumulation of waste tires is a global resource and environmental problem. The landfill or inci...
Enormous quantities of waste tires are generated annually in all countries around the world. Efforts...
AbstractLarge quantities of waste tires are released to the environment in an undesirable way. The p...
Given the large number of waste tires that are generated every year throughout the world, there is a...
Traditional techniques for treatment of waste rubber, such as burning, generate some highly non-degr...
Use of tire shreds in construction projects, such as highway embankments and retaining walls, is bec...
International audienceThe objective is to develop new civil engineering applications that will free ...
Waste material such as used tires is increasing every year, which poses environmental problems. Howe...
Millions of scrap tires are discarded annually in the United States, the bulk of which are currently...
Mixing soil with waste tire rubber granules or fibres is a practical and promising solution to the p...
The re-use of waste materials is an essential step in creating a sustainable future, and research in...
This research was aimed at providing geotechnical information on the design and construction procedu...
Both the stability and settlement of embankments across soft soils can be improved by the use of lig...
Use of tire shred–soil mixtures as backfill materials in mechanically stabilized earth walls has sev...