Geotextile engineering has a very important role. One of them is applied in the field of civil engineering.
For example, for the construction of dams, mud fences that are intended as reinforcement, road pavements, to embankments. In addition, the technical fabrics that function in this construction project are also often used for soil stabilization, waterways, sedimentation control, sedimentation control, and drainage.
Geotextile Engineering Properties
You cannot use geotextiles haphazardly. It is necessary to have a method of testing materials and their properties.
Not all geotextiles have the appropriate requirements and characteristics. The application of geotextile is based on its purpose and function.
In geotextile engineering, there are several properties that you should pay attention to. For more details, let’s look at the following presentation.
Properties of Durability, Degradation, and Lifespan
The first properties that you should pay attention to are related to resistance, degradation, and service life. In addition, it is also important to reconfirm its survivability.
This survivability property is related to abrasion resistance, long-term flowability, durability, creep behavior, construction, and age. The use of geotextile cannot be separated from its condition and age.
That’s why, you have to use geotextile with high-quality materials and have high quality. The goal is that it is not easily damaged, is durable, and maintains its durability, degradation, and service life. That way, the construction or construction can run smoothly and the results reach maximum numbers.
Hydraulic Properties
In geotextile engineering, there are hydraulic properties that you should pay attention to. The hydraulic properties of the geotextile are related to the filtration and drainage functions of the geotextile.
The geotextile filtration function requires a relatively small pore size. Its purpose is to retain easily eroded soil particles. With appropriate and sufficient permeability, it provides a greater chance of free flow of seepage from the soil you are protecting.
This filtration property is related to the pore size, the porosity of the fabric, to the pore size distribution. In determining the permeability of a geotextile, you can measure the rate at which water flows through the fabric in a direction normal to the fabric plane.
Mechanical Properties in Geotextile Engineering
Mechanical properties are as important as other geotextile properties. As a necessary property, it serves as a load-bearing element. This aims to withstand pressure when installing geotextiles in the field.
The mechanical properties of geotextiles are often related to insulating properties and performance properties. Both have differences, insulating properties can be determined through the geotextile itself in the absence of soil in the surrounding area. While the performance properties can be determined on the geotextile with the presence of specific soil at the site.
Physical Properties
Of all the properties previously mentioned, physical properties are the main concern. The reason is related to areal density, fiber composition, thickness, stiffness, and specific gravity. In geogrids and geonets, this property is related to the type of structure, type of intersection, shape, and size.
The geotextile structure often determines the area or place of application according to the material. The properties of this geotextile can be affected by temperature to humidity.
Geotextile engineering has a very big role in various kinds of projects, especially development and construction. However, it is important not to neglect all of its properties. This aims to prevent failure and lack of maximum utilization. As time goes by and technology develops, the use and utilization of geotextiles will become more widespread. For more information about Geotextile supplier near me please contact: Whatsapp/Mobile Phone : +62 811 1721 338 (Ais), +62 811 9151 338 (Anna), +62 811-8805-538 (Davy) or Email : info@urbanplastic.id.