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A platform for research: civil engineering, architecture and urbanism
Prefabricated part, wind power foundation and wind power foundation horizontal seam grouting method
The invention provides a prefabricated part, a wind power foundation and a wind power foundation horizontal seam grouting method. According to the wind power foundation horizontal seam grouting method, the wind power foundation is formed by sequentially connecting and splicing a plurality of prefabricated parts in the circumferential direction, each prefabricated part is provided with a grouting hole penetrating through a bottom plate of the prefabricated part, and a parting seam is defined between every two adjacent prefabricated parts; comprising the following steps that the spliced and formed wind power foundation is placed on a cushion layer so that a horizontal seam can be formed between the wind power foundation and the cushion layer; grouting is conducted in the grouting holes in the prefabricated part so that at least part of the horizontal seam can be filled with slurry; and grouting is conducted in the parting seam so that at least part of the horizontal seam can be filled with slurry. Therefore, the horizontal seam grouting method for the wind power foundation has the advantages that grouting is convenient, and the slurry is filled fully and uniformly, so that the wind power foundation is more stable.
本发明提出一种预制件、风电基础和风电基础水平缝灌浆方法。本发明风电基础水平缝灌浆方法，所述风电基础通过多个预制件沿周向顺次相连拼合成型，每个所述预制件具有贯穿其底板的灌浆孔，相邻两个所述预制件之间限定出分缝，包括以下步骤：将拼合成型的所述风电基础放置在垫层上以便所述风电基础与所述垫层之间形成水平缝；向所述预制件内的所述灌浆孔内进行灌浆以便浆体填充所述水平缝的至少部分；向所述分缝内进行灌浆以便浆体填充所述水平缝的至少部分。因此，根据本发明风电基础水平缝灌浆方法具有便于灌浆、浆体充填充分和均匀以使得风电基础更加稳固的优点。
Prefabricated part, wind power foundation and wind power foundation horizontal seam grouting method
The invention provides a prefabricated part, a wind power foundation and a wind power foundation horizontal seam grouting method. According to the wind power foundation horizontal seam grouting method, the wind power foundation is formed by sequentially connecting and splicing a plurality of prefabricated parts in the circumferential direction, each prefabricated part is provided with a grouting hole penetrating through a bottom plate of the prefabricated part, and a parting seam is defined between every two adjacent prefabricated parts; comprising the following steps that the spliced and formed wind power foundation is placed on a cushion layer so that a horizontal seam can be formed between the wind power foundation and the cushion layer; grouting is conducted in the grouting holes in the prefabricated part so that at least part of the horizontal seam can be filled with slurry; and grouting is conducted in the parting seam so that at least part of the horizontal seam can be filled with slurry. Therefore, the horizontal seam grouting method for the wind power foundation has the advantages that grouting is convenient, and the slurry is filled fully and uniformly, so that the wind power foundation is more stable.
本发明提出一种预制件、风电基础和风电基础水平缝灌浆方法。本发明风电基础水平缝灌浆方法，所述风电基础通过多个预制件沿周向顺次相连拼合成型，每个所述预制件具有贯穿其底板的灌浆孔，相邻两个所述预制件之间限定出分缝，包括以下步骤：将拼合成型的所述风电基础放置在垫层上以便所述风电基础与所述垫层之间形成水平缝；向所述预制件内的所述灌浆孔内进行灌浆以便浆体填充所述水平缝的至少部分；向所述分缝内进行灌浆以便浆体填充所述水平缝的至少部分。因此，根据本发明风电基础水平缝灌浆方法具有便于灌浆、浆体充填充分和均匀以使得风电基础更加稳固的优点。
Prefabricated part, wind power foundation and wind power foundation horizontal seam grouting method
预制件、风电基础和风电基础水平缝灌浆方法
HAO HUAGENG (author) / REN YONGJUN (author) / TANG RUIYUN (author) / MA ZHAOQI (author) / SUN TAO (author) / WANG SHOUSHEN (author) / ZHANG LIYING (author) / DENG MINGJI (author) / JIANG HECHUAN (author) / GAO JIANHUI (author)
2023-04-25
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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