Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Wading tower foundation and construction method
The invention relates to a wading tower foundation and a construction method. The wading tower foundation comprises a sleeve, a casing pipe, an electromagnet and a support anchor rod. According to the construction method of the wading tower foundation, the wading tower foundation is constructed, magnetic particles of the magnetic fiber mortar and the waste slag and the scrap iron in the magnetic mortar drive surrounding slurry to be tightly adsorbed and adhered to the periphery of the electromagnet under the action of a magnetic field, and the compactness of an anchoring body is increased; and a dense whole is formed by taking the electromagnet as the center. Meanwhile, the support anchor rod is connected with the sleeve and driven into the bottom wall of the pile hole, so that the sleeve can be supported, meanwhile, after the magnetic mortar and the magnetic fiber mortar are solidified, the support anchor rod is embedded into the magnetic mortar and the magnetic fiber mortar and is tightly combined with the magnetic mortar and the magnetic fiber mortar, and therefore combination of the wading tower foundation and rock soil can be reinforced; and the wading tower foundation is more stable.
本申请涉及一种涉水杆塔基础及施工方法。其中涉水杆塔基础，包括：套筒、套管、电磁体以及支座锚杆。通过上述的涉水杆塔基础的施工方法对涉水杆塔基础进行施工，磁性纤维砂浆和磁性砂浆中的废弃矿渣、废铁屑的磁颗粒在磁场的作用下带动周围浆体紧紧吸附黏聚在电磁体周围，增大了锚固体的密实度，以电磁体为中心形成密实的整体。同时支座锚杆与套管连接并打入桩孔的底壁，从而可以支撑套管，同时在磁性砂浆和磁性纤维砂浆凝固后，支座锚杆嵌入磁性砂浆和磁性纤维砂浆并与磁性砂浆和磁性纤维砂浆紧密结合，从而能够加固涉水杆塔基础与岩土的结合，使得涉水杆塔基础更为稳定。
Wading tower foundation and construction method
The invention relates to a wading tower foundation and a construction method. The wading tower foundation comprises a sleeve, a casing pipe, an electromagnet and a support anchor rod. According to the construction method of the wading tower foundation, the wading tower foundation is constructed, magnetic particles of the magnetic fiber mortar and the waste slag and the scrap iron in the magnetic mortar drive surrounding slurry to be tightly adsorbed and adhered to the periphery of the electromagnet under the action of a magnetic field, and the compactness of an anchoring body is increased; and a dense whole is formed by taking the electromagnet as the center. Meanwhile, the support anchor rod is connected with the sleeve and driven into the bottom wall of the pile hole, so that the sleeve can be supported, meanwhile, after the magnetic mortar and the magnetic fiber mortar are solidified, the support anchor rod is embedded into the magnetic mortar and the magnetic fiber mortar and is tightly combined with the magnetic mortar and the magnetic fiber mortar, and therefore combination of the wading tower foundation and rock soil can be reinforced; and the wading tower foundation is more stable.
本申请涉及一种涉水杆塔基础及施工方法。其中涉水杆塔基础，包括：套筒、套管、电磁体以及支座锚杆。通过上述的涉水杆塔基础的施工方法对涉水杆塔基础进行施工，磁性纤维砂浆和磁性砂浆中的废弃矿渣、废铁屑的磁颗粒在磁场的作用下带动周围浆体紧紧吸附黏聚在电磁体周围，增大了锚固体的密实度，以电磁体为中心形成密实的整体。同时支座锚杆与套管连接并打入桩孔的底壁，从而可以支撑套管，同时在磁性砂浆和磁性纤维砂浆凝固后，支座锚杆嵌入磁性砂浆和磁性纤维砂浆并与磁性砂浆和磁性纤维砂浆紧密结合，从而能够加固涉水杆塔基础与岩土的结合，使得涉水杆塔基础更为稳定。
Wading tower foundation and construction method
涉水杆塔基础及施工方法
ZHENG WULUE (Autor:in) / ZHANG FUCHUN (Autor:in) / ZHAO YANHUI (Autor:in) / CHEN QINGPENG (Autor:in) / ZHENG YANGLIANG (Autor:in) / CHEN HAO (Autor:in) / ZHANG YUYANG (Autor:in) / YUAN WENJUN (Autor:in) / ZHAO HANGHANG (Autor:in) / JIA PEILIANG (Autor:in)
26.12.2023
Patent
Elektronische Ressource
Chinesisch
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