Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Multi-ribbed composite wall piece structure
The invention provides a multi-ribbed composite wall piece structure. The multi-ribbed composite wall piece structure is a longitudinal multi-ribbed composite wall piece and comprises a first upper side concrete frame beam, a first lower side concrete frame beam, a first concrete frame column and a multi-ribbed heat preservation concrete wall plate which are integrally formed. The first upper sideconcrete frame beam of the longitudinal multi-ribbed composite frame wall piece is rigidly connected with the first concrete frame column; the first lower side concrete frame beam is rigidly connected with the first concrete frame column; the first upper side concrete frame beam extends out of the first concrete frame column to form an upper side overhanging end, and the first lower side concreteframe beam extends out of the first concrete frame column to form a lower side overhanging end; and first H-shaped steel is pre-buried in the upper side overhanging end, and second H-shaped steel ispre-buried in the lower side overhanging end. A concrete house is assembled through the multi-ribbed composite wall piece structure to replace a prefabricated house, the rigidity of the house is improved, the performance of the house is improved, and the living experience of workers on a construction site is improved.
本发明提供一种密肋复合墙片结构，所述密肋复合框架墙片结构为纵向密肋复合墙片，包括一体成型的第一上侧混凝土框架梁、第一下侧混凝土框架梁、第一混凝土框架柱，以及密肋保温混凝土墙板；纵向密肋复合框架墙片的第一上侧混凝土框架梁与第一混凝土框架柱刚性连接；第一下侧混凝土框架梁与第一混凝土框架柱刚性连接；所述第一上侧混凝土框架梁伸出所述第一混凝土框架柱形成上侧悬挑端，所述第一下侧混凝土框架梁伸出所述第一混凝土框架柱形成下侧悬挑端；所述上侧悬挑端预埋第一H型钢，所述下侧悬挑端预埋第二H型钢。本发明采用密肋复合墙片结构组装混凝土房屋替代活动板房，提高房屋刚度，提升房屋性能，使施工现场工人居住体验提高。
Multi-ribbed composite wall piece structure
The invention provides a multi-ribbed composite wall piece structure. The multi-ribbed composite wall piece structure is a longitudinal multi-ribbed composite wall piece and comprises a first upper side concrete frame beam, a first lower side concrete frame beam, a first concrete frame column and a multi-ribbed heat preservation concrete wall plate which are integrally formed. The first upper sideconcrete frame beam of the longitudinal multi-ribbed composite frame wall piece is rigidly connected with the first concrete frame column; the first lower side concrete frame beam is rigidly connected with the first concrete frame column; the first upper side concrete frame beam extends out of the first concrete frame column to form an upper side overhanging end, and the first lower side concreteframe beam extends out of the first concrete frame column to form a lower side overhanging end; and first H-shaped steel is pre-buried in the upper side overhanging end, and second H-shaped steel ispre-buried in the lower side overhanging end. A concrete house is assembled through the multi-ribbed composite wall piece structure to replace a prefabricated house, the rigidity of the house is improved, the performance of the house is improved, and the living experience of workers on a construction site is improved.
本发明提供一种密肋复合墙片结构，所述密肋复合框架墙片结构为纵向密肋复合墙片，包括一体成型的第一上侧混凝土框架梁、第一下侧混凝土框架梁、第一混凝土框架柱，以及密肋保温混凝土墙板；纵向密肋复合框架墙片的第一上侧混凝土框架梁与第一混凝土框架柱刚性连接；第一下侧混凝土框架梁与第一混凝土框架柱刚性连接；所述第一上侧混凝土框架梁伸出所述第一混凝土框架柱形成上侧悬挑端，所述第一下侧混凝土框架梁伸出所述第一混凝土框架柱形成下侧悬挑端；所述上侧悬挑端预埋第一H型钢，所述下侧悬挑端预埋第二H型钢。本发明采用密肋复合墙片结构组装混凝土房屋替代活动板房，提高房屋刚度，提升房屋性能，使施工现场工人居住体验提高。
Multi-ribbed composite wall piece structure
一种密肋复合墙片结构
YI GUOHUI (Autor:in) / ZHANG YONGXI (Autor:in) / LOU NI (Autor:in) / ZHANG CHUNLI (Autor:in) / ZHANG LANYING (Autor:in) / ZHANG TIAN (Autor:in) / CAI YULONG (Autor:in) / HAN XUEZHAO (Autor:in) / ZHUANG TONG (Autor:in) / HE LIJIE (Autor:in)
09.03.2021
Patent
Elektronische Ressource
Chinesisch
Prefabricated multi-layer multi-ribbed composite shear wall structure
| Europäisches Patentamt | 2024
Prefabricated multi-layer multi-ribbed composite shear wall structure
| Europäisches Patentamt | 2023
Research on frame-multi-ribbed composite wall structure new system
| British Library Online Contents | 2009
Finite element analysis of a multi-ribbed composite wall structure
| British Library Conference Proceedings | 2007