Today, I will introduce to you the role of geomembrane and geotextile edging reinforcement method, let's take a look.
In engineering construction, the use of geomembrane and geotextile edging reinforcement can improve the stability and tensile strength of the structure, enhance the durability and reliability of the material, and then play a better effect. However, what are the aspects that need special attention when using geomembranes for construction?
The use of geomembrane and geotextile edging reinforcement method can enhance the stability and tensile strength of the structure, improve the durability and reliability of the material, so as to play a better role in the project. The following matters need to be paid attention to in the construction of geomembrane:
1. Select geomembranes and geotextiles that meet the standards to ensure that the quality of the materials meets the requirements.
2. Carry out adequate cleaning and disinfection to avoid any risk of infection or disease transmission.
3. Before construction, make sure that all equipment, tools and materials meet the requirements, and prepare all necessary materials and tools.
4. Carry out construction in accordance with the specified methods and steps to ensure that the geomembrane and geotextile evenly cover the surface of the structure.
5. When welding, the professional welding master assigned by the manufacturer must use a double-track extrusion welding machine for welding. After the welding is completed, the weld pressure test should be carried out in time to ensure that the corresponding standard requirements are met.
6. After the construction is completed, carry out the necessary tests and inspections to ensure that the stability and performance of the structure meet the requirements.
The closure method, also known as the geomembrane and geotextile edging reinforcement method, is a method used to fill expansive soil in the core of the embankment. It uses non-expansive soil, soil membrane and geotextile to close the embankment at the same time to effectively improve the stability of the embankment and reduce the flood impact.
1. The role of the edging reinforcement method.
Geomembrane and geotextile edging reinforcement methods can play a variety of roles, here are some of them:
1) The geomembrane and geotextile that have been edging mainly play the following roles: to prevent the rise of capillary water, to prevent the substrate from being softened due to water infiltration, and to adjust the stress distribution in the embankment, so as to achieve a certain degree of embankment fill settlement.
2) The method of soil homogenization can reduce the non-uniform settlement. We chose needle-punched nonwoven geotextiles with large porosity and good water permeability as the material. It provides an excellent drainage channel for expansive soil, which can accelerate the consolidation process of the soil and improve the bearing capacity of the embankment.
3) Enhance the tensile strength of the material: The tensile strength of the surface of the material can be enhanced by using the geotextile edging reinforcement method, thereby increasing the strength of the material and helping to prevent the material from breaking during the tensile process.
4) Prevent material deformation: The use of geotextile edging reinforcement method can enhance the stability of the material and prevent the material from deforming or bending when subjected to external force.
5) Enhance the waterproof performance of the material: The use of geotextile edging reinforcement method can enhance the resistance of the material to water, thereby helping to prevent the material from being eroded by water.
6) Enhance the isolation performance of the material: The use of geotextile edging reinforcement method can enhance the ability of the material to isolate harmful substances from the outside, thereby helping to protect the material and its surrounding environment.
7) Improve the application effect of the material: By using the geomembrane and geotextile edging reinforcement method, the application effect of the material can be optimized, making it more stable, reliable and efficient in the application.