Vol 2 No 1 (2024)

• Research on the Changes of Beijing Central Axis and the Construction of Temples and Altars in the Ming Jiajing Period

  Xing Liu

  Through a review of the historical changes in the Beijing Central Axis during the Yuan, Ming, and Qing dynasties, as well as the construction and renovation of temples and altars in Beijing during the Ming Jiajing period, this study analyzes the correlation between the two and the impact on the urban layout. The conclusion drawn is that the Beijing Central Axis, together with the surrounding temples and altars, constitutes an ancient reverence for heaven and ancestors, advocating a harmonious urban space between humans and nature. This essence reflects the core of traditional Chinese culture.

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• Exploration and Practice of Digital Management System in New Energy Construction Units Based on the "Project Portfolio" Model

  Lei Zhang, Feng Li

  In response to the successive initiation of projects in various regions during the “boom period” of new energy construction, a “realistic challenge” has arisen regarding the project management capabilities of construction units. This article discusses how the construction unit has established a digital platform for project management in the field of new energy, creating an efficient management system. It achieves remote and comprehensive integration of system information, contributing to the enhancement of management efficiency.

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• Research on Quality Control and Safety Management Strategies in Construction Engineering Construction

  Jian Wang, Hongfang Sun

  Construction in building projects is a complex and multi-stage process, wherein quality control and safety management are critical elements to ensure the smooth progress and completion of the project. This paper aims to explore strategies for quality control and safety management in construction engineering, with the goal of providing insights for enhancing the overall level of construction projects.

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• Innovative Research on Smart Grid Technology in Electrical Engineering

  Chengjia Bao

  With the rapid development of technology, smart grid technology has gradually become a crucial innovation in the field of electrical engineering. This paper aims to explore the current application status, innovative aspects, and future development trends of smart grid technology in electrical engineering, with the hope of providing valuable references for research and practices in related fields.

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• Application Research of K30 Testing Method in Gravel Fill Embankments on Highways

  Yun Yan

  Gravel fill embankments are an integral part of highway construction. However, the compaction density of embankments cannot be accurately assessed through the compaction degree of soil subgrade. Utilizing the K30 testing method to evaluate the compaction quality of gravel fill embankments in highway construction ensures the accuracy and reliability of the testing results. In this study, a specific case of a highway gravel fill embankment is taken as an example to explore the application of the K30 testing method, providing valuable insights for reference.

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• Underwater Hazard Detection for Hydraulic Structures Based on Computer Vision

  Xiaobian Wu

  With the aging of hydraulic engineering and the increasing complexity of underwater environments, the detection of underwater hazards in hydraulic structures has become an urgent need. Traditional detection methods, due to difficulties in operation, low efficiency, and poor accuracy, have become increasingly inadequate to meet practical requirements. Therefore, this paper proposes a computer vision-based method for underwater hazard detection in hydraulic structures. The aim is to achieve automatic, efficient, and accurate detection of underwater hazards in hydraulic structures through image processing and analysis techniques.

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• Risk Analysis and Response Measures for Safety Management in Hydraulic Engineering Supervision

  Wenyu Xu, Jie Zhang

  Hydraulic engineering construction plays a crucial role in the infrastructure development of our country, and supervision safety management is a key aspect in ensuring the quality and safety of hydraulic engineering construction. This article provides an in-depth analysis of the risks associated with supervision safety management in hydraulic engineering, revealing the underlying causes and impacts. Based on this analysis, corresponding response measures are proposed with the aim of providing a strong reference for and insight into hydraulic engineering construction. By strengthening safety management, incorporating new technologies, implementing intelligent monitoring, and refining safety management systems, among other measures, the risks associated with supervision safety management can be effectively reduced. This ensures the smooth progress of hydraulic engineering construction, laying a solid foundation for the sustainable development of China's water resources sector.

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• The Application of BIM Technology in Construction Project Management

  Lin Liu

   BIM (Building Information Modeling) technology plays a crucial role in construction project management, significantly improving efficiency, reducing costs, and optimizing overall management. This paper explores in-depth the specific applications of BIM technology in the stages of construction design, construction, and completion. This includes collaborative design, clash detection, construction schedule management, and quality control, among others. Additionally, challenges faced by BIM technology in its application are analyzed, such as technological maturity, talent shortage, and legal regulations. Corresponding strategies are proposed to address these issues, aiming to further advance and popularize the application of BIM technology.

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