As one of the core technologies for force transmission and deformation coordination in prefabricated building structures, the performance of connection nodes directly determines the overall safety, stability, and dura...As one of the core technologies for force transmission and deformation coordination in prefabricated building structures, the performance of connection nodes directly determines the overall safety, stability, and durability of the structure. With the current changes in prefabricated building structures, the performance of traditional connection nodes has gradually exposed many problems. Based on this, this paper analyzes the performance and significance of connection nodes in prefabricated building structures and explores their optimization paths, aiming to provide theoretical support for the efficient construction and high-quality development of prefabricated buildings.展开更多
How to automatically generate three-dimensional finite element Delaunay mesh by a peifected node connection method is introduced, where nodes are generated based on existing elements, instead of independence of node c...How to automatically generate three-dimensional finite element Delaunay mesh by a peifected node connection method is introduced, where nodes are generated based on existing elements, instead of independence of node creation and elements generation in traditional node connection method. Therefore, Ihe the difficulty about how to automatically create nodes in the traditional method is overcome.展开更多
Due to the continuously increasing demand for building materials across the world,it is necessary to use renewable materials in place of the existing nonrenewable materials in construction projects.Bamboo is a fast-gr...Due to the continuously increasing demand for building materials across the world,it is necessary to use renewable materials in place of the existing nonrenewable materials in construction projects.Bamboo is a fast-growing flowering plant that may be used as a renewable material in construction.The use of bamboo in the construction of buildings can improve its long-term carbon fixation capacity and economic benefits.Although bamboo has the advantages of superior performance,low carbon content,high energy-saving and emission-reducing capacity,bamboo is an anisotropic material,which has many factors affecting its material performance,large variability of material performance,lack of systematic research,and the use of bamboo as the main building material is not always limited.This paper systematically summarizes the research status of bamboo as a building material from the aspects of bamboo composition,gradation,material properties,bamboo building components,connection nodes,and use of artificial boards.On this basis,some constructive suggestions are put forward for the further study of bamboo in the field of architecture.展开更多
At present, the construction industry still has some disadvantages of low mechanization. At the same time, a large number of building materials and construction waste were lost in the construction process. In this cas...At present, the construction industry still has some disadvantages of low mechanization. At the same time, a large number of building materials and construction waste were lost in the construction process. In this case, the use of prefabricated structures is undoubtedly an effective means to promote the development of the construction industry. At the same time, prefabricated buildings are also a form to promote the development of green buildings in our country. The application of the node model is not different from the competitive process in the traditional construction equipment and provides greater security. Research on equipment construction should be encouraged and the construction process should be strictly regulated. We believe that prefabricated buildings have been widely used in many buildings and become an indispensable part of the system. This paper mainly analyzes the design points and development trend of fabricated building structure system.展开更多
The static test of two single light wood trusses and two girder trusses were carried out to explore theperformance enhancement effect of girder trusses and the influence of different connection types on the mechanical...The static test of two single light wood trusses and two girder trusses were carried out to explore theperformance enhancement effect of girder trusses and the influence of different connection types on the mechanicalbehavior, which was studied through the comparison of the test results of four trusses. It is found that the girder trussescan show better load-carrying capacity and anti-deforming ability compared with which simply increases the cross-sectionsize of the members. Because of the advantage of the connection materials and the non-fastening connection mechanism,the wood pin-connected truss has more ultimate bearing capacity which is 2.6 times of single truss, and better deformationresistance which is only 66.2% of the nailed one’s creep value.展开更多
基金2024 School-Level Scientific Research Project of Hainan Vocational University of Science and Technology"Research on the Deepening Design of Prefabricated Structure Component Connection Design"(Project No.:HKKY2024-ZD-11)。
摘要As one of the core technologies for force transmission and deformation coordination in prefabricated building structures, the performance of connection nodes directly determines the overall safety, stability, and durability of the structure. With the current changes in prefabricated building structures, the performance of traditional connection nodes has gradually exposed many problems. Based on this, this paper analyzes the performance and significance of connection nodes in prefabricated building structures and explores their optimization paths, aiming to provide theoretical support for the efficient construction and high-quality development of prefabricated buildings.
基金This project is supported by Provincial Natural Science foundation of Guangdong!(970516)
摘要How to automatically generate three-dimensional finite element Delaunay mesh by a peifected node connection method is introduced, where nodes are generated based on existing elements, instead of independence of node creation and elements generation in traditional node connection method. Therefore, Ihe the difficulty about how to automatically create nodes in the traditional method is overcome.
基金We thank Jiangsu Province High-level Talent Selection Training(JNHB-127)the National Key R&D Program of China(2017YFC0703501)+4 种基金the National Natural Science Foundation of China(51878590)Jiangsu Provincial Department of Housing and construction(2019ZD092)the Natural Science Foundation of Jiangsu Province(Grant Nos.BK20170926 and BK20150878)the Yangzhou Science and Technology Project(YZ2019047)College Research Project(2019xjzk014)for their funding.
摘要Due to the continuously increasing demand for building materials across the world,it is necessary to use renewable materials in place of the existing nonrenewable materials in construction projects.Bamboo is a fast-growing flowering plant that may be used as a renewable material in construction.The use of bamboo in the construction of buildings can improve its long-term carbon fixation capacity and economic benefits.Although bamboo has the advantages of superior performance,low carbon content,high energy-saving and emission-reducing capacity,bamboo is an anisotropic material,which has many factors affecting its material performance,large variability of material performance,lack of systematic research,and the use of bamboo as the main building material is not always limited.This paper systematically summarizes the research status of bamboo as a building material from the aspects of bamboo composition,gradation,material properties,bamboo building components,connection nodes,and use of artificial boards.On this basis,some constructive suggestions are put forward for the further study of bamboo in the field of architecture.
摘要At present, the construction industry still has some disadvantages of low mechanization. At the same time, a large number of building materials and construction waste were lost in the construction process. In this case, the use of prefabricated structures is undoubtedly an effective means to promote the development of the construction industry. At the same time, prefabricated buildings are also a form to promote the development of green buildings in our country. The application of the node model is not different from the competitive process in the traditional construction equipment and provides greater security. Research on equipment construction should be encouraged and the construction process should be strictly regulated. We believe that prefabricated buildings have been widely used in many buildings and become an indispensable part of the system. This paper mainly analyzes the design points and development trend of fabricated building structure system.
基金National Key Technology Research and Development Program for the 12th Fiveyear Plan of China(No.2015BAD14B05).
摘要The static test of two single light wood trusses and two girder trusses were carried out to explore theperformance enhancement effect of girder trusses and the influence of different connection types on the mechanicalbehavior, which was studied through the comparison of the test results of four trusses. It is found that the girder trussescan show better load-carrying capacity and anti-deforming ability compared with which simply increases the cross-sectionsize of the members. Because of the advantage of the connection materials and the non-fastening connection mechanism,the wood pin-connected truss has more ultimate bearing capacity which is 2.6 times of single truss, and better deformationresistance which is only 66.2% of the nailed one’s creep value.