Reinforced soil walls (RSW) are a widely used solution in civil engineering projects due to their versatility, efficiency and capacity to withstand high loads. However, during design and construction, it is common to encounter horizontal and vertical obstructions, such as pipes, conduits, poles or pre-existing foundations. These obstructions can present significant challenges...

In road infrastructure projects, one of the most important aspects is to guarantee pavement stability with geosynthetics. This aspect is taken care of by the subgrade soil which, in some cases, may not be sufficiently resistant or stable, compromising the useful life of the pavement and the service condition of the road. To...

In infrastructure projects, the choice of appropriate subdrainage systems is essential to ensure performance and durability. Traditional solutions can be costly and inefficient, but alternatives such as subdrainage systems with geotextiles or geosynthetics and perforated pipe, filter pipe or perforated pipe confined in sand or filter gravel...

The implementation of efficient subdrainage systems is fundamental in infrastructure projects to ensure the durability and functionality of structures such as pavements and retaining walls. In this context, geotextiles and perforated pipe systems are key materials, offering advanced solutions for groundwater management and moisture control...

In road rehabilitation projects, the implementation of FORTGRID ASPHALT geogrids for asphalt layers plays a crucial role. FORTGRID ASPHALT polyester woven geogrids not only reinforce the asphalt concrete layer, but also control and reduce reflective cracking. To ensure their optimum performance, it is essential to follow proper handling practices and...

GEOTEXTIL HYDROTUBE TUBES are geocontainers of tubular shape, with perimeters up to 15 m for capacities up to 12 m3 per linear meter, which are manufactured on request according to the project conditions and are filled by hydraulic means, with a fluid mixture of sand and water or sludge. ...

Seismic risk refers to the probability and consequences of earthquakes occurring in a given geographical area, affecting both infrastructure and human lives. This risk is assessed by considering the historical seismic activity, the geology of the site and the vulnerability of the buildings in the area. Seismic risk...

Over time, the technical literature reports cases of failures in reinforced soil walls, whose analysis leaves important lessons and a collection of recommendations for an adequate design and construction of this type of structures, as in the following example ...

The GEOESTERA HYDROMAP is an alternative used to control the phenomenon of lateral erosion and scour in rivers. The GEOESTERA HYDROMAP is manufactured from high tenacity polyester and impregnated with a copolymer that makes it highly resistant to abrasive processes and increased tractive forces in the bodies...

In modern civil engineering, the construction of retaining walls with reinforced soil has become an efficient and economical solution to stabilize land and build robust infrastructure. In this article, we will explore emblematic cases of completed projects and their positive impact on local infrastructure. Project 1: Oil Platform in Cira Infantas Context...