When BIM technology is applied to analyze the seismic performance of buildings, the integrity of design components and the accuracy of relevant data need to be ensured. The reinforced mortar layer strip method has adv...
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ISBN:
(纸本)9781665465533
When BIM technology is applied to analyze the seismic performance of buildings, the integrity of design components and the accuracy of relevant data need to be ensured. The reinforced mortar layer strip method has advantages such as reinforcement simpleness and low reinforcement costs, which can help with the application of BIM technology to the field of seismic retrofitting. Based on this, a three-dimensional shaking table test was carried out in this paper, and the law of infill wall frame structures' seismic capacity improvement by the reinforced mortar layer strip method was obtained. Moreover, the dynamic characteristics, acceleration responses, and displacement responses of the model structures were analyzed. According to the research, it is concluded that reinforced mortar layer strips help enhance the ductility of structures while increasing the bearing capacity of walls, thereby improving the seismic performance of the structures. The research results provide data support for designers to apply this method in BIM technology.
In view of the practical difficulties of basic data in the power grid planning work, and combined with the present situation of information systems in power grid companies, this paper puts forward the ideas about how ...
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In view of the practical difficulties of basic data in the power grid planning work, and combined with the present situation of information systems in power grid companies, this paper puts forward the ideas about how to design planning basic data storage, and the flow of various data in the planning management information system, with the systematic analysis method and system integration mind. Firstly, the systematic analysis and multi hierarchy architecture method was employed to design and implement the power grid planning information system. Then the data flow theory was used to optimize the data flow within the panning system and the data inflow and data interfaces with external planning data source information systems. Finally, the organization architecture of the complex planning data was also designed finally By applying the above results, a basic database and its advanced functions have been constructed. Practical application shows that the research results of this paper can integrate the existing data resources effectively, and ensure the accuracy and timeliness of the basic data for planning, so as to support the advanced planning function efficiently. Copyright (C) 2018 The Authors. Published by Elsevier Ltd.
In view of the practical difficulties of basic data in the power grid planning work, and combined with the present situation of information systems in power grid companies, this paper puts forward the ideas about how ...
详细信息
In view of the practical difficulties of basic data in the power grid planning work, and combined with the present situation of information systems in power grid companies, this paper puts forward the ideas about how to design planning basic data storage, and the flow of various data in the planning management information system, with the systematic analysis method and system integration mind. Firstly, the systematic analysis and multi hierarchy architecture method was employed to design and implement the power grid planning information system. Then the data flow theory was used to optimize the data flow within the panning system and the data inflow and data interfaces with external planning data source information systems. Finally, the organization architecture of the complex planning data was also designed finally. By applying the above results, a basic database and its advanced functions have been constructed. Practical application shows that the research results of this paper can integrate the existing data resources effectively, and ensure the accuracy and timeliness of the basic data for planning, so as to support the advanced planning function efficiently.
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