high-rise buildings tilting solution What to do? Grouting reinforcement method is an effective solution. This article will give you a detailed analysis of the principle, operation steps and precautions of the grouting reinforcement method to help you understand how to use the grouting method to strengthen the lifted foundation and ensure the safety and stability of the building.

First, the reason for the high-rise buildings tilting solution

In construction projects, high-rise buildings tilting solutions are often seen as a potential threat. What's behind it? Simply put, the soil is caused by compression deformation due to the pressure of the weight of the building. This is not only related to the physical properties of the soil, the water table, the climate conditions, but also closely related to the design and construction of the building. In addition, natural and man-made factors such as earthquakes and groundwater extraction may also become "accomplices" to the high-rise buildings tilting solution.

Second, the principle of grouting reinforcement method

Grouting reinforcement method is a method to improve the bearing capacity and stability of the foundation by injecting specific grout into the foundation to form a closer connection between soil particles. The grout usually includes cement, sand, water and other additives, and its composition and proportion should be selected according to the soil type and engineering requirements.

3. Operation steps of grouting reinforcement method

Generally, the following steps are involved:

1. Site survey: understand the situation of high-rise buildings tilting solution, soil properties, groundwater level and other information to provide a basis for the design of grouting reinforcement scheme.

2. Scheme design: According to the site survey results, parameters such as the scope, depth, grout composition and grouting pressure of grouting reinforcement are determined.

3. Grouting pipe buried: drill holes in the area that needs to be strengthened and bury the grouting pipe to ensure that the grouting slurry can be evenly distributed throughout the reinforced area.

4. Slurry preparation: According to the requirements of the scheme design, cement, sand, water and other additives are mixed and stirred in a certain proportion to prepare the grouting slurry.

5. Grouting construction: The grouting pump will inject the slurry into the grouting pipe, control the grouting pressure and the grouting amount, and ensure that the slurry can fully penetrate into the soil.

6. Quality inspection: After grouting is completed, quality inspection is carried out, including grouting effect, slurry distribution, etc., to ensure that the reinforcement effect meets the design requirements.

4. Precautions of grouting reinforcement method

1. The selection of grouting grout should be carried out according to the soil type and engineering requirements, to avoid the use of inappropriate grout resulting in poor reinforcement effect.

2. In the process of grouting construction, the grouting pressure and the grouting amount should be strictly controlled to avoid the damage caused by the grouting slurry to the surrounding environment and buildings.

3. Quality testing should be carried out after grouting is completed to ensure that the reinforcement effect meets the design requirements. If there is any problem, it should be dealt with in time.

4. In the process of grouting reinforcement, attention should be paid to safe construction and necessary safety measures should be taken to avoid accidents.

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