This article will detail how to choose a settling plate and the scope of application of the settling plate.
1. How to choose a settling plate.
1.Choose according to your actual needs.
When choosing a settling plate, you first need to clarify the actual needs. Different engineering projects require different types of settling plates, so they need to be selected on a case-by-case basis. For example, for large buildings, it is necessary to choose a settlement plate that can withstand large loads;For smaller buildings, smaller settling plates can be chosen.
2.Consider the material.
The material of the settling plate is also one of the factors to consider. Usually, settling plate materials include steel, aluminum alloy, plastic, etc. Different materials have different properties such as strength, corrosion resistance, cost, etc. Therefore, when choosing a settling plate, it is necessary to consider comprehensively according to factors such as actual needs and budget.
3.Focus on accuracy requirements.
The accuracy of the sinker plate is also one of the factors to consider. If the project has high requirements for the accuracy of the settlement plate, it is necessary to choose a high-precision settlement plate;If the accuracy requirements are low, you can choose a low-precision settling plate.
4.Consider the installation environment.
When choosing a settling plate, you also need to consider the installation environment. Different installation environments require different types of settling plates. For example, in a high-temperature environment, it is necessary to choose a high-temperature resistant settling plate;In corrosive environments, corrosion-resistant settling plates need to be selected.
Second, the application range of the settling plate.
1.Construction.
In construction engineering, settlement plates are widely used in foundation engineering. Through the measurement data of the settlement plate, it is possible to determine whether the foundation of the building is stable and whether there are problems such as uneven settlement. If these problems exist, measures such as reinforcement can be carried out through the data of the settlement plate.
2.Hydraulic engineering.
In water conservancy projects, settlement plates are also widely used. Since hydrological surveys, hydroelectric power generation and other work are required in hydraulic engineering, it is necessary to use settlement plates to measure parameters such as water level, flow rate, and flow. At the same time, through the measurement data of the settlement plate, it is also possible to judge whether the foundation of the water conservancy project is stable.
3.Bridge engineering.
In bridge engineering, the role of settlement plates is also very important. Since bridges need to withstand large loads, the foundation of the bridge needs to be strictly monitored and controlled. Through the measurement data of the settlement plate, it can be judged whether the foundation of the bridge is stable and whether there are problems such as uneven settlement. If these problems exist, measures such as reinforcement can be carried out through the data of the settlement plate.
4.Subway engineering.
In subway engineering, settling plates are also widely used. Since the subway needs to cross different strata and underground pipelines, the foundation of the subway needs to be strictly monitored and controlled.
Through the measurement data of the settlement plate, it can be judged whether the foundation of the subway is stable and whether there are problems such as uneven settlement. If these problems exist, measures such as reinforcement can be carried out through the data of the settlement plate.
In short, factors such as actual needs, material factors, accuracy requirements, and installation environment need to be considered when selecting a settling plate;At the same time, the settlement plate has a wide range of application prospects in the fields of construction engineering, water conservancy engineering, bridge engineering and subway engineering.