Journal of Architectural Research and Development

Research on Key Points of Planning and Design of Modern Integrated Transportation Hub – Taking Jinfeng Hub in Chongqing High-Tech Zone as an Example

Lijuan Chen — 2025-08-07

The Chengdu-Chongqing twin city economic circle has become a national strategy. As the westwards gateway of Chongqing central city, the High-tech Zone should further strengthen its traffic integration and interconnectivity with the Chengdu-Chongqing main Corridor. Combining the design concept and functional positioning of Jinfeng Hub, the research should be carried out from the aspects of hub scale control, three-dimensional spatial layout, rail transit connection, road collection and distribution system construction, and integrated development with the city. It is expected to provide a good reference for the planning and design of modern integrated transportation hub.

Research on Construction Technology and Plant Beautification Strategies in Landscape Architecture Site Management

Zhihang Zhou — 2025-08-06

This paper explores the collaborative management model of construction technology and plant beautification strategies in landscape architecture site management. It analyzes the key aspects of construction technology and the implementation points of plant beautification strategies, constructs a synergy mechanism between technology and strategy, and proposes a dynamic adjustment and multi-professional collaboration model. The effectiveness of this model is verified through practical case studies, providing theoretical support and practical references for the refined construction of landscape architecture.

Study on the Refined Strategy of Construction Management of Building Decoration and Renovation

Weifang Zhu — 2025-08-06

This study systematically explores the refined strategies for construction management in building decoration and renovation projects, establishing a comprehensive management system that includes process control and quality assurance. By integrating BIM technology with intelligent tool development, the study achieved an improvement in construction quality compliance to 98.7%, a reduction in project delay rate to 1.2%, and a comprehensive cost savings of 12.7%. The “3D Standards + Five-Dimensional Monitoring” method proposed in the study effectively addresses the unique challenges of decoration projects. A total of 128 quality control points and dynamic early warning mechanisms form a replicable management paradigm, providing technical support for the industry’s implementation of the “14th Five-Year Plan for the Construction Industry.”

Research on Crack Control Technology of Basement Roof Slab

Shengcai Zhu — 2025-08-07

Crack control of basement roof slab is a key technical challenge to ensure building safety and durability. Based on the requirements of “General Specification for Concrete Structures” (GB55008-2021), this paper systematically analyses the causes of cracks, and puts forward a whole-process prevention and control system covering design optimization, low-shrinkage material proportioning, fine control of construction technology, and dynamic monitoring and repair. Through structural finite element simulation, wireless sensor network real-time monitoring, and carbon fibre fabric reinforcement test, the effectiveness of the multi-technology synergistic control framework is verified, and the engineering cases show that the crack width after repair is stable within 0.1mm, and the bearing capacity is increased by more than 30%. The study provides theoretical support for crack prevention and control in super-long underground projects, and looks forward to the direction of integration application of BIM technology and intelligent materials.

Technical Management Strategies and Practices in Construction Project Management

Qiaofang Hu — 2025-08-07

This paper expounds the connotation of construction engineering technology management, including the core points and the application of related theories. Introduce the framework construction of the three-dimensional technology management system, emphasizing the PDCA cycle optimization technology solution and risk early warning. It also involves the application of technologies such as BIM at various stages, green construction technology management, technological innovation, and management in different cases, and finally points out the value of technology management strategies and future directions.

Research on the Application of Landscape Greening Maintenance Technology in Modern Urban Landscape

Wenxi Li — 2025-08-07

This paper discusses multiple aspects of modern landscape greening maintenance technology, including core elements such as smart irrigation, plant physiological monitoring, and ecological restoration, along with their synergistic effects. It also introduces the evolution characteristics, key maintenance points in different scenarios, intelligent management methods, and relevant case studies and benefit assessments. Additionally, it analyzes the challenges faced in technology promotion and proposes solutions

Technical Management and Risk Prevention Strategy in Real Estate Decoration Project

Gang Luo — 2025-08-07

Accelerating urbanization is driving an upgrade in the demand for real estate fine finishing, with multi-sector differentiated management and technical risks urgently requiring systematic solutions. Based on the “Guangzhou City Building and Municipal Infrastructure Engineering Quality Management Measures” (2024), this study constructs a “technical standards-process control-risk hedging” three-dimensional system, integrating BIM collaborative design, prefabricated construction, and big data risk assessment. Empirical evidence shows that the application of this system has shortened the construction period of super high-rise complexes by 12% and kept the cost deviation rate within 1.5%. Differentiated management balances functional complexity with dynamic commercial demands, the fuzzy analytic hierarchy process quantifies risk paths, and penetration testing interrupts chains of quality defects. The outcomes provide support for engineering standardization and intelligent transformation.

Study on the Coordinated Management of Construction Project Schedule and Quality

Zhiwei Zhuang — 2025-08-07

This paper explains the goal conflict between schedule and quality in construction projects, including how schedule compression can lead to quality risks, and how quality control may cause delays. It analyzes the internal logic of collaborative management and influencing factors such as construction plans. The paper also introduces collaborative management methods, such as establishing a responsibility traceability system based on Work Breakdown Structure (WBS), and emphasizes the role of intelligent construction technologies and their future development directions.

Application of BIM Technology in Safety Management of Construction Projects

Kaiyuan Tian — 2025-08-07

With the development of China’s construction engineering industry in recent years, a lot of modern technology has emerged in the technology industry to promote the safety management of construction engineering. BIM technology in the process of guaranteeing the quality and safety of the project, plays an important role, this paper through the analysis of BIM technology in the process of construction management of engineering projects, is how to reflect the project quality management objectives and safety management objectives, through the analysis of the importance of safety management in the construction management work, pointed out that the application of the BIM management process needs to pay attention to the main points from the management of the drawings will be examined, Special construction program management, as well as collision detection, deepening design management and other perspectives, to launch the analysis, targeted to strengthen on-site safety education, improve the skill level of on-site construction personnel and safety awareness, from a variety of perspectives, pointed out that, in the safety management of construction projects, the application of BIM technology considerations, so as to better promote the construction project to achieve the project quality management goals and safety management goals, for reference.

Design Strategy of Rebuilding Mining Area Scenic Spot under the Symbiosis Mode of “Ecology-Education”

Xi Long — 2025-08-06

Since the new era in China, the long-term traditional rural development path, characterized by the “pollute first, treat later” model, has proven insufficient to meet the needs of sustainable development. The growing contradiction between rural economic development and ecological environmental degradation urgently needs to be addressed. Under the guidance of the Party and the state, there is a strong emphasis on green rural development, making the transformation of the rural green development path imperative. This paper takes rural ecological development as the research basis and innovatively integrates the “educational research” model, aiming to provide practical strategies for the sustainable development of abandoned mine rural landscapes. Taking Datukuang in Xinhe Village, Dadukou District, Chongqing as an example, this project breaks through the technical path dependence of traditional engineering restoration, creatively implants research function modules such as natural education, geological science popularization, and ecological experience, transforming the abandoned mine pit into a composite ecological education demonstration base integrating environmental restoration, science popularization education, and cultural tourism experience. It has opened up a new paradigm for rural revitalization with “mine restoration + research economy”, providing an innovative practice sample for solving the transformation dilemma of resource-based villages.

Research on Dimension Analysis of Spectative Buildings Based on Fractal Theory

Yunyang Zheng — 2025-08-07

Based on the fractal theory, this paper takes the form of performing architecture as the research object, and systematically discusses the application value of fractal dimension in architectural design. By expounding the self-affine, self-similarity, and iterative generation characteristics of fractal geometry, the Box-Counting Dimension method is introduced as a quantitative tool to measure the dimensions of the roof plane, facade, and spatial shape of Wuzhen Grand Theatre and Harbin Grand Theatre. The research shows that the geometric complexity of Wuzhen Grand Theater in the “fifth façade” and multi-faceted façade is significantly higher than that of Harbin Grand Theater, and its morphological design is more inclined to echo the texture of the surrounding water towns. The Harbin Grand Theater realizes the dialogue with the natural environment with simple nonlinear lines. The research proves that fractal dimension can effectively quantify the complexity of architectural form, provide a scientific basis for the form design, environmental integration, and form interpretation of performance architecture, and expand the mathematical analysis dimension of architectural form design.

Practice and Exploration of Critical Path Management from the Perspective of Total Construction Period

Songlin Chen — 2025-08-07

This article focuses on the overall construction duration, explaining the core role of the critical path method and its relationship with the total construction period. It analyzes the factors influencing the total construction duration, introduces the application of BIM and other technologies in identifying and managing critical paths, emphasizes the importance of optimizing resource allocation, and illustrates measures to address disruptions through practical examples. Additionally, it discusses the evaluation system and incentive mechanisms.

Fine-grained Quality Control Strategies Based on BIM Technology in the Construction of Real Estate Building Projects

Yanxing Liufu — 2025-08-07

This paper expounds the characteristics of BIM technology, including visualization, parameterization, and collaboration. It analyzes the quality control requirements of real estate projects and the problems of the traditional control system. It introduces the quality control strategies based on BIM, such as constructing the framework, combining with technologies to control deviations, etc. It also mentions the PDCA mechanism, application terminals, etc., and points out the application obstacles and future development directions.

Modular Installation Technology and On-Site Management Optimization in the Renovation of Existing Building Curtain Walls

Xin Ouyang — 2025-08-07

The aging of existing building curtain walls over time, including cracking, leakage, and material weathering, is analyzed from the perspectives of materials and structure. This article elaborates on the principles of modular curtain wall renovation, introduces key technological innovations such as connection technology and structural testing, and also discusses the practical effects of intelligent upgrading of on-site management and modular installation technology. It points out future research directions.

Research on Project Lifecycle Management in Housing and Municipal Engineering Supervision: With Quality Safety and Cost Control as the Core

Yifeng Wang — 2025-08-07

Housing construction and municipal engineering have full lifecycle characteristics, involving multiple stages. Emphasizing the coherence and systematicity of each stage, the supervisor should establish a three-dimensional management system. Establishing quantitative evaluation models and visual monitoring schemes to ensure quality and safety, as well as introducing cost control methods and innovative collaborative management mechanisms, ultimately forming a supervision-led paradigm and proposing directions for the application of digital twin technology.

Research on the Application of Architectural Decoration Technology Management in Housing Construction Projects

Wenqiao Ye — 2025-08-07

The management of architectural decoration and renovation technology encompasses multiple aspects, including the implementation of design standards, process flow control, and material quality monitoring. Housing construction projects have specific requirements, such as cross-construction, finishing treatment, and finished product protection. The text also introduces BIM deepening design and modular installation techniques. It emphasizes the importance of material management, quality control, and the PDCA cycle, as well as various specialized inspections, smart site management, and mobile terminal applications. Intelligent management is seen as the future direction.

A Study on the Planning and Design of Campus Plant Communities Based on the Carbon Sink Capacity of Vegetation

Jingjing Sun — 2025-08-07

The purpose of this paper is to study the planning and design of campus plant communities from the perspective of vegetation carbon sink capacity. During the research period, based on literature review and material investigation, the quantitative calculation of the carbon sink capacity of the vegetation of the campus of the case study university was carried out using the i-Tree model, and the shortcomings of the carbon sink level of the campus vegetation community were pointed out based on the calculation results. Subsequently, with the goal of improving the carbon sink capacity, the park is oriented to the planning and design of vegetation communities, and the feasibility of the program is demonstrated with the support of the data on the level of carbon sink capacity after the implementation of the program. It is hoped that this paper can provide technical reference for the managers of universities and urban landscape departments in China, and actively promote the optimization of vegetation communities, enhance the carbon sink capacity, and promote the full implementation of the goal of sustainable development.

Research on Reinforcement and Anti-Seepage Construction Methods of Hydraulic Engineering Embankments Based on Digital Twin Technology

Ahmat Hasim — 2025-08-07

In recent years, digital twin technology has gained significant attention and application in the engineering construction field in China. Its real-time feedback function has brought more standardized construction operations to various engineering construction and maintenance processes. In this context, this paper analyzes the specific application of digital twin technology in hydraulic engineering based on its foundations. Taking the reinforcement and anti-seepage digital twin application of a certain embankment section as an example, it explores the reinforcement and anti-seepage construction effects of embankment engineering with the involvement of digital twin technology under complex hydrogeological conditions. The research shows that this technology can significantly improve the control accuracy of slurry diffusion, the identification ability of seepage risks, and the adaptability of engineering construction. Its application provides a replicable digital solution for the governance model of hydraulic engineering.

Research on the Application of Internet of Things Technology in Smart Cities

Shuang Li — 2025-08-07

Internet of Things (IoT) technology has brought about significant new changes to residents’ lives, prompting changes in management models across various industries and promoting the overall intelligence of urban construction. Especially in the context of continuous technological development, information sensor devices can be effectively utilized to connect multiple dimensions in urban construction, enhancing the intelligence level of cities in China. This paper mainly elaborates on the application significance of IoT technology in smart cities and proposes corresponding measures from aspects such as smart transportation systems, intelligent public utility management, urban safety and monitoring, environmental monitoring, and sustainability, providing references for relevant personnel.

Technological Innovation and Risk Control Strategies in Real Estate Construction Management

Guipeng Ye — 2025-08-07

Real estate construction management faces technological innovation and risk-control challenges. Digital, intelligent, and green construction technologies are driving management transformation. This paper explores innovation paths like BIM, IoT, AI robots, and eco-friendly materials, analyzes risk characteristics, and proposes strategies such as a full-process risk management framework, technology verification, standardization, and data security systems. It also discusses the supporting role of government regulation, industry standards, corporate governance, and personnel training, aiming to provide theoretical and practical guidance for modernizing real estate construction management.

Strategies for the Application of Ecological Building Materials in Architectural Design

Qiting Wan — 2025-08-06

The application of ecological building materials in architectural design is in line with the concept of green development and can promote the transformation and upgrading of the construction industry. Against this background, this article systematically explains the definition, characteristics, and classification of ecological building materials, and discusses the selection criteria and application scenarios of ecological building materials. On the basis of the previous analysis, the article proposes that the application of ecological building materials in architectural design needs to do a good job in the integration of materials, system expression, digital synergy, and total life cycle management. Thus, it expands the application scenarios of ecological building materials in architectural design and helps the industry to develop sustainably.

Research on Planning and Design of Characteristic Cultural Street Landscape in Haikou Qilou Old Street Under the Background of Free Trade Port

Bo Yuan — 2025-08-06

This article focuses on the planning and design of the Haikou Qilou Old Street, a distinctive cultural street landscape, in the context of a free trade port. By thoroughly analyzing the historical and cultural value of the Qilou Old Street and its current issues, and considering the opportunities and challenges presented by the free trade port development, the article proposes targeted planning and design strategies in areas such as functional layout, traffic organization, cultural heritage and innovation, and landscape element design. The aim is to create a unique and high-quality cultural street landscape that serves as a shining card for Haikou’s urban culture, promoting the coordinated development of regional economy and culture, and providing a reference for the renewal and development of similar historical and cultural districts.

Research on the Construction of New Campuses for Relocated Universities in Xiong’an Based on the Urban-University Integration Concept— Taking the Xiong’an Campus of China University of Geosciences (Beijing) as an Example

Xinmiao Wang — 2025-08-06

As a crucial pivot for national strategic development, the university relocation project in Xiong’an New Area undertakes the mission of optimizing capital functions and promoting regional coordinated development. Taking the Xiong’an Campus of China University of Geosciences (Beijing) as a case study, this paper explores the collaborative pathways between universities and cities in terms of functional complementarity, resource sharing, and ecological symbiosis from the perspective of campus functional layout and spatial optimization. By integrating four core concepts—green ecology, intelligent technology, cultural inheritance, and traffic optimization—it proposes a design strategy of “breaking boundaries and multi-dimensional linkage,” aiming to construct a new spatial paradigm of urban-university integration and provide theoretical support and practical references for the development of higher education and urbanization in Xiong’an New Area.

Optimization of Schedule Management for Small Municipal Engineering Projects

Chuhong Chen — 2025-08-06

Small municipal projects, constrained by resources and extensive management models, commonly face issues of delayed progress and cost overruns. This study uses a road renovation project in a city as an empirical case. By integrating BIM collaborative platforms with real-time IoT monitoring systems, it achieves construction conflict prediction and dynamic resource allocation. Combining rolling planning methods and risk probability models, a “forecast-adaptation” dual-mode management framework is formed. After implementation, the total duration was shortened by 15%, the rework rate decreased by 20%, and inter-departmental communication efficiency improved by 30%. The case validates the effectiveness of digital tools and dynamic mechanisms working together to optimize, aligning with the requirements for refined control outlined in the “Construction Engineering Quantity List Pricing Standard” (GB/T50500-2024). It provides a replicable progress management paradigm for similar projects.

Technological Innovation and Project Benefit Improvement in Construction Management

Zhize Chen — 2025-08-06

In the context of the "dual carbon" goals and digital transformation, technological innovation has become the core driving force for enhancing the management efficiency and overall benefits of building projects. Digital tools (BIM, IoT, AI) are reshaping design and construction collaboration mechanisms, while intelligent equipment (drones, robots) is optimizing work efficiency and safety. Green technologies (low-carbon materials, waste regeneration) are promoting sustainable development. Dynamic management models drive resource allocation and risk warnings through real-time data, achieving precise control over costs, quality, and schedules, with project comprehensive benefits improving by 20–30%. Issues such as insufficient technology integration and high application barriers for small and medium-sized enterprises urgently need to be addressed. Accelerating the industry's transition towards high-efficiency and low-carbon directions requires policy support, the construction of a technological ecosystem, and the cultivation of versatile talent.

Impact of Safety Management Measures on Engineering Risks at Construction Sites

Qiang Li — 2025-08-06

The risk prevention and control in construction projects heavily relies on the systematic optimization of on-site safety management measures. Studies show that technical means such as safety education and training, dynamic monitoring of hazard sources directly reduce the probability of accidents. The full-staff responsibility system and performance evaluation indirectly enhance the resilience of risk prevention and control by shaping a culture of risk awareness. Based on the new local safety officer qualification regulations and the mandatory promotion of digital tools by 2025, case analysis indicates that the collaborative application of BIM and AI early warning platforms can reduce the risk of falls from height by 45%. The rigid constraints of systems, technological innovation and iteration, and the cultivation of cultural ecosystems form a multi-dimensional collaborative mechanism. In the future, it is necessary to integrate intelligent perception with green construction standards to achieve an upgrade in risk management efficiency.