Article Details

Abstract

Cost control in the construction industry is very important. Whether the engineering quantity can be accurately calculated is directly related to whether the cost can be effectively controlled. With the rapid development and widespread application of BIM technology, Internet of Things, Big Data, and other technologies in the construction industry, in order to promote the digitization of engineering quantity and the automation of project process in the construction industry, the engineering calculation system based on Web is designed and implemented. The system uses Java as the back-end development language of the system, and uses Vue technology to develop the system interface. The system database is developed by using SQL Server, and the engineering calculation system is developed by combining the microservice framework. Through the HTTP interface, it is connected with the Revit plug-in to receive the image information decomposed by the Revit plug-in. By defining the measurement method of each engineering component type and the attribute name of the measurement engineering quantity, the automatic statistics of the engineering quantity are realized. At the same time, through structured design, the automatic generation of statistical tables can be achieved. Through the testing, the system significantly improves the accuracy of engineering quantity calculation and effectively controls the cost.

Keywords

Web technology; calculation statistics; cost control; Java development

References

1. [1] Huang Zhichao Research on the Application of BIM Technology in Landscape Architecture Projects [D]. Guangzhou: South China University of Technology, 2017
2. [2] Tong Qiang Design and Implementation of Fine Calculation System Based on BIM Technology [D]. Chengdu: University of Electronic Science and Technology of China, 2017
3. [3] He Shuai, Song Xuejian, Wang Dapeng, etc Research on the Application of BIM Technology in Engineering Quantity Calculation [J]. Engineering Technology Research, 2023, 8 (24): 145-147
4. [4] 杨一珉，孟雪.我国Web3.0技术与应用发展研究 [J].软件和集成电路，2024（Z1）：64-74.
5. [5] Wu Jiangxing, Zou Hong, Zhang Fan, etc Research on Several Issues Concerning the Development Paradigm of Web3.0 and Network Technology [J]. Science and Technology Review, 2023, 41 (15): 12-21
6. [6] Li Xiaotong, Zhao Hongkai Design and Development of an Online Student Leave Management System Based on Web Technology [J]. Laboratory Science, 2021, 24 (1): 40-43+48
7. [7] Zhang Chaochao, Ye Lei, Cao Zhiyong, etc Development of a WEB based Aerospace Ring Forging Process Planning System [J]. Precision Forming Engineering, 2023, 15 (5): 164-175
8. [8] Guo Wenxue Design and Implementation of Web Application Rapid Development Tool [D]. Jinan: Shandong University, 2022
9. [9] Zhao Quanbin, Wang Changhui, Cheng Hao Research Progress on Revit Secondary Development Technology in the Construction Industry [J]. Journal of Shandong Jianzhu University, 2021, 36 (1): 83-89
10. [10] Li Xiongfei Research on the Application of Revit Secondary Development Engineering Based on BIM Technology [J]. Construction Technology, 2021 (23): 109-111
11. [11] Wei Xiaoxia, Lin Nanzhi, Chen Qiguang Application of Building BIM Forward Design Based on Revit [J]. Building Technology, 2023, 54 (21): 2628-2631
12. [12] Li Yiyan, Tian Jikun, Pu Zhao, etc A review of intelligent optimization research on database parameter configuration [J]. Journal of Computer Science, 2024, 47 (8): 1901-1921
13. [13] Zhang Wenliang MySQL 8.0 from Beginner to Practical [M]. Beijing: Tsinghua University Press, 2023
14. [14] Pan Yiting, Zhou Zhenxing, Ning Haiyuan A Review of Database Based on Multi Cloud Architecture and Large Language Model [J/OL]. Microelectronics and Computer, 2025:1-14 [2022-07-10] http://kns.cnki.net/kcms/detail/61.1123.TN.20240929.1545.002.html.

Funding

China Railway Fourth Bureau Group Co., Ltd. Technology Research and Development Project (2023-40)

About the authors

Lu Wenzhi (1990-), male, Han ethnicity, from Ma'anshan, Anhui, Bachelor's degree, research direction: municipal engineering technology.