Tiled slope protection frame is a common slope protection structure, and its requirements mainly include the following aspects:
1.Material selection: The material of the tiled slope protection frame should be selected with high strength and durability, generally concrete, reinforced concrete or steel. The selection of materials should be reasonably selected according to the specific engineering needs and environmental conditions.
2.Structural stability: The structure of the tiled slope protection frame should have stability and anti-deformation ability, be able to withstand the force of soil and water flow, and maintain good overall stability. The requirements of anti-skid, anti-tilt and anti-deformation should be taken into account in the design of the structure.
3.Slope covering: The design of the tiled slope protection frame is required to be able to effectively cover the slope surface and protect the slope surface from erosion and erosion. The material of the slope cover should be selected with a certain ability to resist the impact and erosion of water flow, and be able to closely fit the slope surface to prevent soil erosion.
4.Drainage function: The design of the tiled slope protection frame should take into account the drainage function, and ensure that the slope surface does not accumulate water by setting appropriate drainage holes or drainage grooves, effectively exclude rainwater and groundwater, and reduce the impact of water on slope protection.
5.Construction quality: The construction quality of the tiled slope protection frame should comply with relevant specifications and standards, including the quality of materials, the tightness of the structural connection, the quality of slope coverage, etc. The construction personnel should operate in accordance with the process requirements to ensure that the construction quality meets the specified standards.
In short, the requirements of the tiled slope protection frame mainly include material selection, structural stability, slope coverage, drainage function and construction quality, etc., aiming to ensure the performance and durability of the slope protection project. According to the specific engineering requirements and environmental conditions, other factors need to be considered for reasonable design and construction.