Paving compaction and continuous compaction are two different compaction methods that have some differences in the following areas:
1.Definition.
Paving compaction is a traditional compaction method, usually using layered filling and layered rolling, where the material is first paved over a certain area and then compacted using a road roller. Continuous compaction is a new type of compaction method, which reduces the porosity of the material and improves the compactness of the material by continuously compacting the material.
2.Construction technology.
Paving compaction usually adopts the method of layered filling and layered rolling, where the material is first paved over a certain area and then compacted by a road roller. During the construction process, the thickness and compaction of each layer need to be strictly controlled to ensure the final construction quality. Continuous compaction, on the other hand, reduces the porosity of the material and improves the compactness of the material by continuously compacting the material. In the construction process, special continuous compaction equipment needs to be used to ensure the quality and efficiency of construction.
3.Scope of application.
Paving compaction is usually applied to various types of soils and materials, such as sand, earth, gravel, etc. Continuous compaction, on the other hand, is mainly suitable for some specific materials, such as asphalt mixture, concrete, etc.
4.Pros and cons:
The advantage of paving compaction is that it guarantees the thickness and compaction of each layer, thus guaranteeing the final construction quality. In addition, paving compaction can be adapted to different materials and soil types to suit different construction conditions. However, the disadvantage of paving compaction is that it needs to be filled in layers and rolled in layers, and the construction period is long. The advantage of continuous compaction is that it can continuously compact the material, thereby improving the construction efficiency. In addition, continuous compaction reduces the porosity of the material and improves the compactness of the material. However, the disadvantage of continuous compaction is that it requires the use of specialized continuous compaction equipment, and for some specific materials, it may not be as effective as paving compaction.
Paving compaction and continuous compaction are two different compaction methods, and there are some differences in terms of definition, construction process, range of application, and advantages and disadvantages. In the actual construction process, it is necessary to choose the appropriate compaction method according to the specific situation.