This paper proposes a novel and environmentally friendly solution for subgrade stabilization that not only contributes towards waste material recycling but also enhances the bearing capacity of soil. Laboratory plate load tests were conducted under static loads to evaluate potential use palm tree pruning (PTPW) as soil reinforcement instead commercially manufactured geotextiles, well analyse im...

This paper presents the results of a field experiment conducted in Kerala, South India, to test the effectiveness of coir geotextiles for embankment protection. The results reveal that treatment with geotextile in combination with grass is an effective eco-hydrological measure to protect steep slopes from erosion. In the context of sustainable watershed management, coir is a cheap and locally a...

drain envelopes play significant roles in the performance of drainage systems due to theirreduction in letting sediments into the drainpipes and also because of an increase in thehydraulic conductivity of soil around the drainpipes. throughout the present research, theeffect of a one 1000 hour flow on dual envelopes consisting of geotextile as a means ofimproving the hydraulic gradient and rice...

Designing and building structures infrastructures with alternative environmentally friendly materials is, nowadays, an important step towards a more sustainable society. Recycled Construction Demolition (C&D) have been considered as in different civil engineering applications, such unbound pavement layers structural embankments, which geosynthetics are also frequently applied. If the durability...

The permeability of sand covered with geotextile is affected by the geotextile, which related to tensile state geotextile. Considering weaving mode effects warp tension and weft on were studied experiment. Four different specifications geotextiles selected for respectively. changes parameters under non tension, measured vertical instrument, such as seepage velocity, loss gradient ratio analyzed...

Due to rising food demand and the limitation of water resources, achieving security is essential. The lettuce crop affected when grown under limited supplies as it produces small heads, especially during late growing stage. For this reason, important maximize use efficiency productivity. Two successive experiments were conducted 2021 2022 reduce losses via deep percolation using a geotextile la...

Accurate predictions of the amount and the rate of long- term deformation of reinforced soils under an applied load are important key issue in geotechnical engineering, in which the deformation of soil develops with time at a state of constant effective stress. Since geosynthetic is generally considered creep sensitive therefore, evaluation of creep behavior of geosynthetic reinforced soil (GRS...

in this research, failure mechanism, soil deformation and effect of reinforcement below a strip foundation were studied using physical modeling and piv method. for this purpose, a comprehensive set of tests were undertaken on dense and loose sands and different geosynthetic materials such as geotextile and geogrid for soil reinforcing. in each step of loading, digital image of deformed soil was...

Porous pavements are now used to reduce urban heat even though previously it was designed specifically stormwater runoff. To qualify the pavement as a cold pavement, needs be modified either evaporative reflective and storage pavement. This study porous concrete pavers by adding wetted retention layer underneath investigated temperature reduced. Three materials of water layers were material wit...