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Ecological dams:Concept,transformation,and developmental pathways of dam projects under the framework of river ethics 认领 引用
1
作者 Jianhua Wang Yunchang Zhang +1 位作者 Sainan Wu Peng Hu 《River》 EI CSCD 2026年第2期155-159,共5页
As tensions between dam development and river ecosystem conservation intensify globally,a key challenge arises with regard to how dam projects can be steered toward greater ecological compatibility without compromisin... As tensions between dam development and river ecosystem conservation intensify globally,a key challenge arises with regard to how dam projects can be steered toward greater ecological compatibility without compromising their societal functions.From the perspective of river ethics,this study clarifies the concept and connotation of ecological dams,and proposes a life-cycle analytical framework for their construction and governance.An ecological dam is defined as a dam whose overall ecological effects are positive,whose adverse ecological impacts remain acceptable and controllable,and whose ecological benefits can be realized in a responsible manner.Employing conceptual analysis and policy-oriented synthesis,the article examines the connotation of ecological dams across the planning,design,construction,impoundment,operation,and maintenance stages.It argues that this transformation should be guided by two interrelated principles:controllable ecological impacts and significant ecological benefits.On this basis,the study identifies key developmental pathways of ecological dams,including whole-process ecological risk management,ecological operation,and adaptive management,integrated monitoring&evaluation,as well as improvement of technical standards and pilot demonstration systems.The study thus provides a coherent analytical framework for ecological dam development. 展开更多
关键词 ecological dams ecological effects of water conservancy projects reservoir ecosystems river ethics
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An empirical study on cross-phase code modification behaviors in incremental programming projects 认领 引用
2
作者 Jing Jiang Chenhong Ji +1 位作者 Li Zhang Haiyan Yang 《计算机教育》 2026年第6期280-291,共12页
This paper conducts an empirical study on students'code modification behaviors in incremental programming projects by analyzing 40771 code submissions from 371 students through abstract syntax tree(AST)difference ... This paper conducts an empirical study on students'code modification behaviors in incremental programming projects by analyzing 40771 code submissions from 371 students through abstract syntax tree(AST)difference analysis and manual annotation.The study investigates the distribution of code modification types to prior-phase code during iterative development,identifies cross-phase error types,and analyzes refactoring strategies.The findings reveal that error correction and code refactoring constitute the primary types of cross-phase code modifications.Among cross-phase latent errors,special case neglect represents the dominant error type,indicating insufficient coverage of special scenarios in existing test suites.Variable renaming emerges as the most prevalent refactoring behavior,reflecting students'emphasis on code readability.These research findings provide empirical evidence for optimizing incremental curriculum design,improving test cases,and cultivating students'code maintenance capabilities in programming education. 展开更多
关键词 Incremental projects Code modification Error correction Code refactoring Computer science education
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Harvesting Sweet Fruit China-aided projects are delivering palpable benefits to the Lao people 认领 引用
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作者 Zhao Shulan Li Yilin Deng Yunfei 《China Report ASEAN》 2026年第1期34-37,共4页
China and Laos are close neighbors with a long-standing friendship.Since the early 2000s,China has supported Laos'economic and social development through wide-ranging cooperation projects,all guided by the vision ... China and Laos are close neighbors with a long-standing friendship.Since the early 2000s,China has supported Laos'economic and social development through wide-ranging cooperation projects,all guided by the vision of a community with a shared future.As this vision takes deeper root,many aid projects have moved from blueprint to reality,delivering tangible benefits across towns and villages and improving the lives of ordinary Lao people while further strengthening bilateral ties. 展开更多
关键词 economic development shared social development aid projects bilateral ties sweet fruit harvesting laoseconomic social development China aided projects
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Post-Quake Reconstruction in Myanmar Bringing two China-Myanmar projects back to life in Naypyitaw 认领 引用
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作者 Huang Jiangqin 《China Report ASEAN》 2026年第5期48-51,共4页
A 7.9 magnitude earthquake struck Myanmar on March 28,2025.Two facilities in Naypyitaw built with Chinese assistance,the Myanmar National Center for Disease Control and Medical Training(CDC)and the Myanmar Internation... A 7.9 magnitude earthquake struck Myanmar on March 28,2025.Two facilities in Naypyitaw built with Chinese assistance,the Myanmar National Center for Disease Control and Medical Training(CDC)and the Myanmar International Conference Center(Conference Center),were severely damaged.A year after the natural disaster,the restoration project is still advancing despite high temperatures,rainstorms,and a shortage of supplies. 展开更多
关键词 post quake reconstruction Myanmar International Conference Center Naypyitaw China Myanmar projects restoration project Myanmar National Center Disease Control Medical Training rainstorms high temperatures
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Xie Yancui:Propelling China’s Strategic Projects 认领 引用
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作者 ZHOU LIN 《China Today》 2026年第4期29-31,共3页
A veteran materials engineer and NPC deputy has spent 30 years developing aluminum alloys for strategic national projects,while championing industrial upgrading and skills development for China’s manufacturing transf... A veteran materials engineer and NPC deputy has spent 30 years developing aluminum alloys for strategic national projects,while championing industrial upgrading and skills development for China’s manufacturing transformation. 展开更多
关键词 veteran materials engineer strategic national projects aluminum alloys industrial upgrading skills development npc deputy skills development materials engineer industrial upgrading
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The Role of Water Conservancy Projects in Flood and Drought Disaster Defense and Optimization Strategies 认领 引用
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作者 Guo Juan 《China's Foreign Trade》 2026年第2期33-37,共5页
"In the times of Yao and Shun,there was a great flood in the Yellow River basin.Yu led people in surveying and digging through mountains and in dredging rivers.It took thirteen years to subdue the flood."Sin... "In the times of Yao and Shun,there was a great flood in the Yellow River basin.Yu led people in surveying and digging through mountains and in dredging rivers.It took thirteen years to subdue the flood."Since ancient times,conducting water conservancy projects to keep the country safe and prosper the people has been the main proposition of the China's national struggle against natural disasters.The monsoon climate and natural geographical conditions in China determine that the temporal and spatial distribution of water resources is extremely uneven and the resulting complex risks of flood and drought disasters. 展开更多
关键词 drought disaster defense Yao Shun era water conservancy projects optimization strategies flood disaster defense surveying digging mountains Yellow River basin temporal spatial distribution
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Analysis of the Causes and Countermeasures for Progress Delays in Construction Projects 认领 引用
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作者 LIU Dehua 《外文科技期刊数据库（文摘版）工程技术》 2026年第6期076-080,共5页
As construction projects continue to expand in scale and complexity, schedule delays have become a widespread challenge hindering project completion. These delays not only increase costs and resource consumption but a... As construction projects continue to expand in scale and complexity, schedule delays have become a widespread challenge hindering project completion. These delays not only increase costs and resource consumption but also frequently lead to contractual disputes and safety risks, significantly impeding the industry's advancement. This paper examines the root causes of construction project delays and proposes targeted solutions. It first outlines common manifestations of such delays and their adverse impacts on project quality, cost control, and timelines. The analysis then identifies three primary causes: design and technical issues—including frequent design changes, inadequate technical solutions, and improper use of new materials or technologies;project management and resource allocation shortcomings—such as poorly formulated plans, insufficient process oversight, and coordination gaps between human resources and material supply;and external factors like policy fluctuations, weather anomalies, market instability, and complex stakeholder relationships. To address these challenges, the paper proposes three key strategies: enhancing design precision and scientific/forward-looking planning during the early stages;implementing real-time monitoring and precise management with advanced tools during construction;and establishing robust riskearly warning systems and external collaboration mechanisms. Finally, concrete implementation measures are proposed across organizational structure optimization, technical support enhancement, and contractual incentive frameworks to ensure effective execution. 展开更多
关键词 Construction project schedule delays Cause analysis Countermeasures Project management Schedule control
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A Nexus for East Africa--China-supported projects help East Africans to boost energy, water and food security 认领 引用
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作者 RICHARD WETAYA 《ChinAfrica》 2026年第1期44-45,共2页
Andrew Wangota,a 48-year-old Ugandan farmer,has been using agrivoltaics technology,a solar technology that uses agricultural land for both food production and solar power generation,on his farm in Bunashimolo Parish,B... Andrew Wangota,a 48-year-old Ugandan farmer,has been using agrivoltaics technology,a solar technology that uses agricultural land for both food production and solar power generation,on his farm in Bunashimolo Parish,Bukyiende Subcounty in Uganda where he has been cultivating plantain,coffee and Irish potatoes for the past 16 years. 展开更多
关键词 water security solar technology nexus irish potatoes East Africa energy security China supported projects agrivoltaics technologya
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Research on Key Measures for Quality Supervision and Control throughout the Construction Process of Water Conservancy Projects 认领 引用
9
作者 MAO Wei 《外文科技期刊数据库（文摘版）工程技术》 2026年第8期108-112,共5页
This paper focuses on the research of key measures for quality supervision and management throughout the entire construction cycle of water conservancy projects, with the aim of improving the overall level and practic... This paper focuses on the research of key measures for quality supervision and management throughout the entire construction cycle of water conservancy projects, with the aim of improving the overall level and practical effect of engineering quality management. The article comprehensively explores the specific situation and various problems existing in the current quality supervision of water conservancy projects, summarizes the basic contents of traditional supervision methods, and sorts out the common types of quality and safety hazards in the construction process. And it clearly points out the many difficulties and deficiencies that the existing conventional management model has encountered in responding to dynamic changes, pursuing precise requirements, and ensuring problem traceability. The paper establishes a comprehensive quality monitoring system covering the entire process, highlighting the key points of quality management in the design and material stages, the quality connection and inspection methods between each construction step, as well as the completion acceptance norms and the means of quality problem pursuit, ensuring that quality control covers the entire project. Based on this, the study proposes specific measures to enhance the effectiveness of quality supervision, such as using digital monitoring technology to achieve real-time, remote and traceable quality information management. A comprehensive analysis of typical engineering project examples was conducted to detail the specific implementation methods of key measures in actual operation, and the positive impact of these measures on reducing quality risks, improving the quality of engineering entities was evaluated, providing practical guidance for quality supervision work in similar water conservancy projects. 展开更多
关键词 Water conservancy projects Quality supervision Whole-process control Digital monitoring Key Measures
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Research on Quality Supervision and Control Measures at Construction Sites for Water Conservancy Projects 认领 引用
10
作者 LI Bingxin 《外文科技期刊数据库（文摘版）工程技术》 2026年第4期040-044,共5页
Through a thorough analysis, this paper identifies significant challenges currently facing quality management, including an incomplete regulatory framework, poor communication between departments, and underutilization... Through a thorough analysis, this paper identifies significant challenges currently facing quality management, including an incomplete regulatory framework, poor communication between departments, and underutilization of relevant technical tools. By integrating successful management practices from both domestic and international sources, the authors have developed a comprehensive on-site quality supervision strategy that focuses on risk prevention, rigorous control during construction, and prompt feedback post-completion. The study proposes actionable recommendations—including refining regulations and standards, clearly defining responsibilities across stakeholders, enhancing real-time monitoring capabilities, and promoting widespread adoption of digital tools. Establishing a robust regulatory system would significantly improve project quality, substantially reduce safety risks during construction, and facilitate more efficient maintenance operations in subsequent phases. 展开更多
关键词 Water conservancy projects Quality supervision On-site monitoring Control measures Information-based management
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Practical Exploration of Cost Optimization and Cost Savings in Construction Projects 认领 引用
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作者 LEI Chen 《外文科技期刊数据库（文摘版）工程技术》 2026年第3期108-112,共5页
With the acceleration of urbanization in China, the scale and volume of construction projects continue to grow, making cost control and cost reduction a focal point for the industry. This study, grounded in practical ... With the acceleration of urbanization in China, the scale and volume of construction projects continue to grow, making cost control and cost reduction a focal point for the industry. This study, grounded in practical methodologies, delves into optimization strategies for construction project costs and effective approaches to cost savings. First, it analyzes the primary drivers of elevated construction costs, including rising material prices and insufficient integration between design and construction processes. Subsequently, multiple optimization strategies are proposed, such as adopting advanced construction technologies, strengthening project management, refining design solutions, and implementing meticulous cost control measures. Through case studies comparing cost control outcomes before and after implementing various strategies, the research demonstrates that comprehensive measures can reduce project costs by an average of 15%–20%. The practical insights provided by this study hold significant theoretical and applied value for guiding cost control and cost optimization in real-world construction projects, while offering actionable strategies to promote sustainable development in the industry. The research underscores the critical importance of optimizing construction costs and achieving cost savings amid current economic and environmental pressures. Through its explorations and implementations, this study offers scientific and practical pathways for construction project management, contributing positively to enhanced overall industry efficiency and cost-effectiveness. 展开更多
关键词 Construction engineering Project cost optimization Cost savings Project management Case study method
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Discussion on Key Technologies for Quality Control in Civil Construction of Large-Scale Water Conservancy Projects 认领 引用
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作者 ZHANG Jian 《外文科技期刊数据库（文摘版）工程技术》 2026年第2期012-016,共5页
This study focuses specifically on the various challenges encountered in quality control during the civil construction phase of large-scale water conservancy projects. Drawing from actual engineering practices, it pro... This study focuses specifically on the various challenges encountered in quality control during the civil construction phase of large-scale water conservancy projects. Drawing from actual engineering practices, it provides a detailed examination of critical construction procedures and technical methodologies. The report first identifies prominent issues in material selection, construction methods, and safety management within large-scale water conservancy projects, while proposing concrete measures to enhance quality control. By integrating theoretical analysis with practical engineering experience, the report clearly outlines key priorities for quality control at each critical stage and recommends actionable technical solutions—including pre-construction process briefings, comprehensive in-process monitoring, and thorough post-completion inspections—with coordinated implementation plans. Research findings demonstrate that optimizing construction schedules, strengthening on-site supervision, and implementing full-process quality tracking significantly improve overall project quality, reduce potential risks, and ensure long-term reliable operation of water conservancy facilities. The core quality control technologies developed in this study not only provide clear technical guidance for construction but also offer robust support for optimizing construction management workflows, playing a vital role in advancing standardized technical protocols and digital management capabilities. These conclusions hold both theoretical significance and practical value for enhancing construction technologies and accelerating the successful completion of large-scale water conservancy projects. 展开更多
关键词 large-scale water conservancy projects civil engineering construction quality control key technologies construction management
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Research on the Optimization and Construction of Maintenance and Repair Plans for Water Conservancy Projects 认领 引用
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作者 LI Bingxin 《外文科技期刊数据库（文摘版）工程技术》 2026年第2期028-032,共5页
This paper explores detailed measures for optimizing the maintenance and repair of water conservancy projects. It provides a comprehensive analysis of numerous shortcomings in current maintenance practices from both t... This paper explores detailed measures for optimizing the maintenance and repair of water conservancy projects. It provides a comprehensive analysis of numerous shortcomings in current maintenance practices from both theoretical and operational perspectives, while proposing specific improvement methods and approaches. Grounded in the concept of whole-process management, the study examines the fundamental structural characteristics, actual operational conditions, and detailed standards for daily maintenance of water conservancy projects, explicitly highlighting critical aspects requiring particular attention and potential challenges during maintenance. Subsequently, tiered and categorized maintenance plans are presented for each operational phase. The conclusions indicate that continuous optimization of maintenance and repair measures enables more rational resource allocation, significantly reduces operating costs, effectively prevents safety incidents, and ensures long-term stable and reliable project operation. 展开更多
关键词 Water conservancy projects Maintenance and repair Full life cycle management Preventive maintenance Information technology
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Coordinated Cost Control Throughout the Entire Project Life Cycle under the General Contracting Model for Construction Projects 认领 引用
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作者 SUN Bin 《外文科技期刊数据库（文摘版）工程技术》 2026年第4期145-149,共5页
With the rapid development of China's construction industry, the turnkey construction contracting model has gained widespread adoption due to its ability to efficiently integrate advantages across design, procurem... With the rapid development of China's construction industry, the turnkey construction contracting model has gained widespread adoption due to its ability to efficiently integrate advantages across design, procurement, and construction phases. Under this model, traditional segmented and fragmented cost management approaches struggle to meet the demands of integrated operations, often resulting in disconnected cost management across phases, poor information flow, and insufficient collaboration among stakeholders, thereby posing significant challenges to comprehensive cost control throughout the project lifecycle. Investigating the collaborative cost control mechanisms under the turnkey model is crucial for enhancing project investment efficiency and management standards. This paper elaborates on the characteristics of the turnkey construction model, detailed implementation procedures, core components and primary objectives of cost management throughout the entire construction period, while thoroughly analyzing key challenges in cost control. Furthermore, it examines prominent issues in current cost management practices—including disconnections between design, procurement, and construction phases;underlying reasons for ineffective cost control due to information silos;and coordination difficulties arising from divergent objectives and unclear responsibility delineations among participating entities. The article focuses specifically on how Building Information Modeling (BIM) serves as a crucial tool for enhancing cost collaboration control, examining methods for integrating full-process cost data through BIM technology, practical approaches for real-time cost monitoring, and the tangible benefits of this technology in reducing design changes and controlling procurement costs. 展开更多
关键词 General Contracting for Construction Projects Full-Process Cost Management Collaborative Control Building Information Modeling (BIM) Cost Control
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The Application of Smart Construction Technologies in Large-Scale and Complex Engineering Projects 认领 引用
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作者 DAN Wu 《外文科技期刊数据库（文摘版）工程技术》 2026年第5期016-020,共5页
As the construction industry undergoes digital and intelligent transformation, smart construction technology has become a key tool for enhancing management efficiency and construction productivity in large-scale compl... As the construction industry undergoes digital and intelligent transformation, smart construction technology has become a key tool for enhancing management efficiency and construction productivity in large-scale complex projects. This paper provides a comprehensive analysis of the overall application of smart construction technology in such projects. It examines the core components of this technology—including Building Information Modeling (BIM), Internet of Things (IoT), cloud computing, big data analytics, and artificial intelligence—and, considering the distinctive characteristics and management challenges associated with large-scale complex projects—such as their massive scale, high degree of technological integration, numerous stakeholders, and rapidly changing environments—it demonstrates the significant value and overall effectiveness of this technological framework in improving decision-making rigor, optimizing resource allocation, ensuring quality and safety, and achieving lean construction practices. 展开更多
关键词 Smart construction technology Large-scale complex projects Building Information Modeling (BIM) Internet of Things (IoT) Construction management
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Research on the Construction Technology of External Hanging Wall Panels in Prefabricated Building Structures for Housing Construction Projects 认领 引用
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作者 ZHANG Tianwei WANG Yutong +2 位作者 LIU Yong TANG Jia JIN Ruwen 《外文科技期刊数据库（文摘版）工程技术》 2026年第9期074-078,共5页
External wall panels, as the core components of prefabricated building enclosure systems, play important roles in enclosure, insulation, decoration, and collaborative stress management, improving their construction qu... External wall panels, as the core components of prefabricated building enclosure systems, play important roles in enclosure, insulation, decoration, and collaborative stress management, improving their construction quality and providing better guarantees for building safety, thereby enhancing their usability. This article explores the construction technology of external wall panels for prefabricated building structures in construction projects, analyzes the characteristics and construction difficulties of external wall panels, and points out that installation accuracy control, lifting safety, waterproofing of board joints, and protection of finished products are the main technical difficulties. Combined with a high-rise apartment project, from the aspects of design optimization, surveying and setting out, component acceptance, hoisting and fixing, waterproof sealing, etc., the paper puts forward the process optimization measures based on BIM collaboration, precise embedding, special lifting appliances and adjustable slant support, and defines the deviation classification treatment standards and acceptance record requirements. At the same time, the dual waterproofing strategy of combining prevention and drainage with material sealing was explored. Through refined control and key technology optimization throughout the entire process, the installation quality and efficiency of external wall panels can be effectively improved, reducing leakage and safety risks. 展开更多
关键词 Building construction projects Prefabricated buildings Construction technology of external wall panels
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Research on Construction Management and Technological Innovation of Water Conservancy and Hydropower Projects 认领 引用
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作者 LAN Liangliang 《外文科技期刊数据库（文摘版）工程技术》 2026年第8期103-107,共5页
With the rapid development of China's economy, the construction of water conservancy and hydropower projects is increasing day by day, and construction management and technological innovation play a crucial role i... With the rapid development of China's economy, the construction of water conservancy and hydropower projects is increasing day by day, and construction management and technological innovation play a crucial role in the construction of water conservancy and hydropower projects. This paper first elaborates on the significance of construction management in water conservancy and hydropower projects, including ensuring project quality, guaranteeing construction safety, and improving construction efficiency, etc. Then it elaborates on the current management models that have been successfully applied to water conservancy and hydropower construction and their advantages, and analyzes the possible challenges that may be faced during the construction process. The relevant data and research from ".gov.cn" confirm that the application of a scientific and reasonable construction management model can significantly improve construction efficiency, reduce construction costs, and enhance construction quality and safety. At the same time, the paper points out the need for technological innovation in water conservancy and hydropower engineering construction, including innovations in material application, improvements in construction methods, optimization of construction techniques, etc., and based on relevant theories and examples, discusses the application and effects of these new technologies in actual engineering. The research results show that technological innovation can provide more effective construction methods for water conservancy and hydropower projects, thereby improving project efficiency, reducing project costs, and ensuring project quality and safety. Finally, based on the research results, this paper puts forward suggestions for the promotion of construction management and technological innovation in water conservancy and hydropower projects, in order to promote the further development of the water conservancy and hydropower engineering industry in China. 展开更多
关键词 Construction management of water conservancy and hydropower projects Technological innovation Engineering efficiency
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Verification of the value and effect of green construction technology in construction projects 认领 引用
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作者 ZHOU Weixiang 《外文科技期刊数据库（文摘版）工程技术》 2026年第4期014-019,共6页
Green construction technology is getting more and more attention because it can help save resources, reduce environmental pollution, and make construction projects more efficient and stable. Research shows that green ... Green construction technology is getting more and more attention because it can help save resources, reduce environmental pollution, and make construction projects more efficient and stable. Research shows that green construction technology plays a key role in improving resource utilization efficiency, reducing energy waste and protecting the ecological environment, and has become an important part of contemporary construction management. To gain a deeper understanding of the specific operational methods of green construction technology, researchers employed a combination of extensive literature reading and theoretical analysis to comprehensively summarize the practical application experience and specific operational experience of green construction technology at home and abroad, and carefully examined the applicable conditions and existing deficiencies of various technical means. In practical application, green construction technology has indeed optimized the construction process, reduced energy waste, and successfully achieved a close integration of construction management and environmental protection. During the research process, it was also found that there were numerous difficulties and challenges in technology promotion, system integration, and team collaboration. Based on the findings, the researchers put forward several suggestions, namely increasing policy support, accelerating the pace of technology research and development, and strengthening cooperation and communication among industries, hoping that these measures would help green construction technology to be widely used and continuously improved in more construction projects, ultimately shaping a construction method that is both environmentally friendly and energy-efficient as well as fast and convenient. The research findings provide a very important reference basis for technological progress and the accumulation of practical experience in related fields. 展开更多
关键词 Green construction technology Construction project Sustainability Construction process optimization Technology promotion
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Research on Construction Process Optimization and Cost Control in Building Projects 认领 引用
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作者 LIU Dehua 《外文科技期刊数据库（文摘版）工程技术》 2026年第2期124-128,共5页
This article focuses on construction process optimization and project cost control, delving into how improved construction techniques and technological innovations can facilitate effective cost management in building ... This article focuses on construction process optimization and project cost control, delving into how improved construction techniques and technological innovations can facilitate effective cost management in building projects. It elaborates on the fundamental concepts and key components of construction processes, analyzes the constituent elements of project costs and their core management objectives, while comprehensively explaining how construction technology levels decisively influence project expenses. The study also examines common cost control challenges in current practices—such as low material efficiency due to outdated methods, project delays and labor waste caused by suboptimal workflow designs, and hidden costs resulting from inadequate site management. To address these issues, the paper proposes concrete solutions including proactive adoption of eco-friendly construction technologies and advanced materials, rational adjustments to construction workflows and site layouts, and full utilization of information-based tools like BIM for precision management. To ensure sustained cost-reduction benefits from these optimizations, the article outlines detailed implementation measures: enhancing employee training and technical briefings, establishing end-to-end cost monitoring systems, strictly enforcing standardized procedures, and strengthening inspection and evaluation mechanisms. This work provides valuable theoretical foundations and practical guidance for construction enterprises to elevate operational efficiency and achieve superior economic outcomes. 展开更多
关键词 Construction process optimization Cost control BIM technology Green construction Project management
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The Collaborative Application of BIM Technology in Renovation Projects 认领 引用
20
作者 DUAN Zhixing 《外文科技期刊数据库（文摘版）工程技术》 2026年第3期036-039,共4页
The construction industry is experiencing accelerated digital transformation, with Building Information Modeling (BIM) technology revolutionizing interior decoration projects. This article examines how BIM technology ... The construction industry is experiencing accelerated digital transformation, with Building Information Modeling (BIM) technology revolutionizing interior decoration projects. This article examines how BIM technology integrates effectively within decoration workflows, elucidating its value, operational procedures, and foundational requirements for future development. Through a thorough review of conventional practices and workflows in past decoration projects, the study identifies multiple challenges—including incomplete data integration, inefficient cross-team communication, frequent design changes, excessive material and labor costs, and difficulties in rigorous quality control. Subsequently, the paper details BIM's core functionalities and critical advantages over traditional methods, highlighting its superior performance in achieving high-level information integration, intuitive visualization, early defect detection with design optimization, and seamless end-to-end collaboration throughout the project lifecycle. The latter part of the article provides a detailed discussion on the specific applications of BIM technology across various critical stages of renovation projects: During the design phase, collaboration among multiple professional teams enables comprehensive design completion and early identification of potential issues, resulting in more refined and thorough solutions;during construction, the established model facilitates construction process simulation, efficient scheduling, strict cost control, and seamless coordination among site personnel, significantly enhancing construction accuracy and efficiency;in the post-construction maintenance phase, the complete model offers accurate and reliable data support for equipment operation management, room layout adjustments, and routine maintenance tasks. 展开更多
关键词 BIM technology interior decoration project collaborative application information integration construction management
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