A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated building concrete structure construction technology
The invention discloses an assembly type building concrete structure construction process which comprises the following steps: obtaining grouting parameters, grouting into an assembly type prefabricated module, and obtaining an assembly type building grouting material after grouting forming; the concrete content Lhi and the concrete temperature value Whi of each layer are obtained, and the grouting bubble influence value Zg is obtained through calculation; according to the grouting bubble influence value Zg, distributing a pouring speed coefficient Kw, and calculating to obtain an actual concrete pouring speed Vs; vb is a standard grouting speed; the difference value between the concrete slurry temperature value Wj and the environment temperature value Wh is calculated, and the temperature difference value Wc is obtained; calculating the obtained temperature difference value Wc to obtain a forming cooling rate Jl; wherein beta is an error correction factor, t is standard process forming time, and the quality of a building concrete structure prepared through the process is greatly improved through analysis of concrete slurry and monitoring of the grouting process.
本发明公开了一种装配式建筑混凝土结构施工工艺，包括以下步骤:获取到灌浆参数，并向装配式预制模块中灌浆，灌浆成型后得到装配式建筑灌浆料；获取每层的混凝土含量Lhi和混凝土温度值Whi，计算得到该灌浆气泡影响值Zg；根据灌浆气泡影响值Zg，分配浇灌速度系数为Kw，计算得到混凝土实际浇灌速度Vs；Vb为标准灌浆速度；以及，计算混凝土浆料温度值Wj与环境温度值Wh的差值，得到温度差值Wc；将得到的温度差值Wc，计算得到成型降温速率Jl；其中，β为误差修正因子，t为标准工艺成型时间，本发明对混凝土浆料的分析和灌浆工艺的监测，大大提高经过此工艺制备得到的建筑混凝土结构的质量。
Fabricated building concrete structure construction technology
The invention discloses an assembly type building concrete structure construction process which comprises the following steps: obtaining grouting parameters, grouting into an assembly type prefabricated module, and obtaining an assembly type building grouting material after grouting forming; the concrete content Lhi and the concrete temperature value Whi of each layer are obtained, and the grouting bubble influence value Zg is obtained through calculation; according to the grouting bubble influence value Zg, distributing a pouring speed coefficient Kw, and calculating to obtain an actual concrete pouring speed Vs; vb is a standard grouting speed; the difference value between the concrete slurry temperature value Wj and the environment temperature value Wh is calculated, and the temperature difference value Wc is obtained; calculating the obtained temperature difference value Wc to obtain a forming cooling rate Jl; wherein beta is an error correction factor, t is standard process forming time, and the quality of a building concrete structure prepared through the process is greatly improved through analysis of concrete slurry and monitoring of the grouting process.
本发明公开了一种装配式建筑混凝土结构施工工艺，包括以下步骤:获取到灌浆参数，并向装配式预制模块中灌浆，灌浆成型后得到装配式建筑灌浆料；获取每层的混凝土含量Lhi和混凝土温度值Whi，计算得到该灌浆气泡影响值Zg；根据灌浆气泡影响值Zg，分配浇灌速度系数为Kw，计算得到混凝土实际浇灌速度Vs；Vb为标准灌浆速度；以及，计算混凝土浆料温度值Wj与环境温度值Wh的差值，得到温度差值Wc；将得到的温度差值Wc，计算得到成型降温速率Jl；其中，β为误差修正因子，t为标准工艺成型时间，本发明对混凝土浆料的分析和灌浆工艺的监测，大大提高经过此工艺制备得到的建筑混凝土结构的质量。
Fabricated building concrete structure construction technology
一种装配式建筑混凝土结构施工工艺
ZHONG JIN (author) / LIAO HONGXUAN (author) / XU PENGJING (author) / LI XIANHUA (author) / CHEN ZHILIN (author)
2023-05-23
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
E04G
SCAFFOLDING
,
Baugerüste
/
G01D
MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE
,
Anzeigen oder Aufzeichnen in Verbindung mit Messen allgemein
/
G06F
ELECTRIC DIGITAL DATA PROCESSING
,
Elektrische digitale Datenverarbeitung
Fabricated building steel structure and construction technology
| European Patent Office | 2024