A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of basement high-strength concrete structure by adopting skip-bay method
The invention discloses a basement high-strength concrete structure skip construction method, and belongs to the field of construction of residential buildings or industrial underground structures. The method comprises the following steps: collecting various conditions of a building yard, establishing a calculation model, calculating internal force and base reaction force of each unit node, performing collaborative analysis, obtaining an analysis result, determining a warehouse dividing scheme, determining a concrete mix proportion and raw material requirements, constructing a key node of a warehouse dividing construction joint, pouring concrete, measuring temperature and controlling, and observing settlement. The construction method has the advantages that the construction quality is improved, the construction progress is accelerated, the utilization of turnover materials is facilitated, the construction joints between the bins are easy to clean, concrete combination is guaranteed, the problem of super-long, super-wide and super-thick concrete cracks can be solved under the condition that a post-cast strip is not arranged, and the concrete cracks are effectively controlled.
一种地下室高强混凝土结构跳仓法施工方法，属于民用住宅或工业地下结构施工领域。步骤包括：收集建筑物场各项条件，建立计算模型，计算出各单元节点内力及基底反力，协同分析，分析结果，分仓方案，混凝土配合比及原材料要求，分仓施工缝关键节点构造，混凝土浇筑，测温和控制，沉降观测。优点在于，有利于提高施工质量，有利于加快施工进度和周转材料的利用，仓间施工缝清理简易，混凝土结合有保证，在不设后浇带的情况下能解决超长、超宽、超厚的混凝土裂缝问题，有效控制混凝土裂缝。
Construction method of basement high-strength concrete structure by adopting skip-bay method
The invention discloses a basement high-strength concrete structure skip construction method, and belongs to the field of construction of residential buildings or industrial underground structures. The method comprises the following steps: collecting various conditions of a building yard, establishing a calculation model, calculating internal force and base reaction force of each unit node, performing collaborative analysis, obtaining an analysis result, determining a warehouse dividing scheme, determining a concrete mix proportion and raw material requirements, constructing a key node of a warehouse dividing construction joint, pouring concrete, measuring temperature and controlling, and observing settlement. The construction method has the advantages that the construction quality is improved, the construction progress is accelerated, the utilization of turnover materials is facilitated, the construction joints between the bins are easy to clean, concrete combination is guaranteed, the problem of super-long, super-wide and super-thick concrete cracks can be solved under the condition that a post-cast strip is not arranged, and the concrete cracks are effectively controlled.
一种地下室高强混凝土结构跳仓法施工方法，属于民用住宅或工业地下结构施工领域。步骤包括：收集建筑物场各项条件，建立计算模型，计算出各单元节点内力及基底反力，协同分析，分析结果，分仓方案，混凝土配合比及原材料要求，分仓施工缝关键节点构造，混凝土浇筑，测温和控制，沉降观测。优点在于，有利于提高施工质量，有利于加快施工进度和周转材料的利用，仓间施工缝清理简易，混凝土结合有保证，在不设后浇带的情况下能解决超长、超宽、超厚的混凝土裂缝问题，有效控制混凝土裂缝。
Construction method of basement high-strength concrete structure by adopting skip-bay method
一种地下室高强混凝土结构跳仓法施工方法
XU YANG (author) / BAI PANPAN (author) / LEI YANHUI (author) / LI SHUANG (author) / ZHANG HAITAO (author) / LI JINLIN (author) / LIU JINSHAN (author) / YU FEI (author)
2024-03-01
Patent
Electronic Resource
Chinese
Method for reserving construction joint of basement bottom plate by adopting skip bay method
| European Patent Office | 2022
Large vehicle basement skip method construction structure and technology
| European Patent Office | 2023
Basement earth excavation method adopting reverse construction method
| European Patent Office | 2015
Steel wire mesh blocking structure for construction by adopting skip-bay method
| European Patent Office | 2024