A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Modular installation method for reinforced connecting piece and prefabricated recombined bamboo-UHPC composite structure
The invention relates to the field of wood-concrete composite structures and prefabricated modular buildings in civil engineering, and provides a modular installation method for a reinforced connecting piece and a prefabricated recombined bamboo-UHPC composite structure. The method aims at achieving recombination bamboo-UHPC modular construction through prefabricated parts, effectively reducing time cost in the construction process and achieving economical, rapid and safe construction operation. The connection mode between the prefabricated parts is directly related to the safety and durability of a building structure, the reinforced connecting piece is designed, the innovative shear-resistant connecting piece adopts the mode of notches and anchoring I-shaped steel, the purpose is to enhance the connection between the recombined bamboo and the UHPC, and the connection between the recombined bamboo and the UHPC is achieved. And the mechanical property and the economic benefit of the whole combined structure are improved while the synergistic effect of the two parts is fully achieved. And finally, connection between the modules is achieved through the steel connecting plates, and building industrialization is efficiently achieved. The innovative design provides a further thought and solution for engineering application of the recombined bamboo-UHPC composite structure, and sustainable development of green buildings is facilitated.
本发明涉及土木工程中的木‑混凝土组合结构及预制模块化建筑领域，提出了一种增强连接件与预制重组竹‑UHPC组合结构模块化安装方法。旨在通过预制构件实现重组竹‑UHPC模块化施工，有效降低施工过程中的时间成本，实现经济、快速、和安全的施工作业。而预制构件与预制构件间的连接方式直接关系到建筑结构的安全性和耐久性，本发明设计一种增强连接件，这一创新型的抗剪连接件采用缺口与锚固工字型钢的方式，目的在于增强重组竹与UHPC两种材料之间的连接，在确保二者充分发挥协同作用的同时，改善组合结构整体的力学性能和经济效益。最终，通过钢连接板实现模块与模块间的连接，高效实现建筑工业化。这一创新性的设计为重组竹‑UHPC组合结构工程应用提供了进一步的思路和解决方案，有利于绿色建筑的可持续发展。
Modular installation method for reinforced connecting piece and prefabricated recombined bamboo-UHPC composite structure
The invention relates to the field of wood-concrete composite structures and prefabricated modular buildings in civil engineering, and provides a modular installation method for a reinforced connecting piece and a prefabricated recombined bamboo-UHPC composite structure. The method aims at achieving recombination bamboo-UHPC modular construction through prefabricated parts, effectively reducing time cost in the construction process and achieving economical, rapid and safe construction operation. The connection mode between the prefabricated parts is directly related to the safety and durability of a building structure, the reinforced connecting piece is designed, the innovative shear-resistant connecting piece adopts the mode of notches and anchoring I-shaped steel, the purpose is to enhance the connection between the recombined bamboo and the UHPC, and the connection between the recombined bamboo and the UHPC is achieved. And the mechanical property and the economic benefit of the whole combined structure are improved while the synergistic effect of the two parts is fully achieved. And finally, connection between the modules is achieved through the steel connecting plates, and building industrialization is efficiently achieved. The innovative design provides a further thought and solution for engineering application of the recombined bamboo-UHPC composite structure, and sustainable development of green buildings is facilitated.
本发明涉及土木工程中的木‑混凝土组合结构及预制模块化建筑领域，提出了一种增强连接件与预制重组竹‑UHPC组合结构模块化安装方法。旨在通过预制构件实现重组竹‑UHPC模块化施工，有效降低施工过程中的时间成本，实现经济、快速、和安全的施工作业。而预制构件与预制构件间的连接方式直接关系到建筑结构的安全性和耐久性，本发明设计一种增强连接件，这一创新型的抗剪连接件采用缺口与锚固工字型钢的方式，目的在于增强重组竹与UHPC两种材料之间的连接，在确保二者充分发挥协同作用的同时，改善组合结构整体的力学性能和经济效益。最终，通过钢连接板实现模块与模块间的连接，高效实现建筑工业化。这一创新性的设计为重组竹‑UHPC组合结构工程应用提供了进一步的思路和解决方案，有利于绿色建筑的可持续发展。
Modular installation method for reinforced connecting piece and prefabricated recombined bamboo-UHPC composite structure
一种增强连接件与预制重组竹-UHPC组合结构模块化安装方法
LIN YOUZHU (author) / WANG CHEN (author) / SUN MING (author)
2024-09-17
Patent
Electronic Resource
Chinese
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