Theoretical Analysis of Truss Height-to-span Ratio Selection

Jianhui Zhong

pp.1-5 DOI: 10.62051/tf9d3s38

Abstract: Trusses are widely used in the field of bridge nowadays, and have the advantages of fast construction speed. However, the current researches on trusses are limited. This paper mainly studies the problem of trusses height-to-span ratio. In this paper, a single simple truss bridge with a span of 80 meters is taken as an example, and the model is established by using the structural mechanics solver. In the case of changing the height-to-span ratio, the same load is applied to the truss. The … Read More

Analysis of Building Renovation Methods and Contemporary Advancements in The Modern Era

Yuelin Wang

pp.6-10 DOI: 10.62051/g93g2g78

Abstract: Changes in the primary forms of remodeling and renovation of buildings and the current development of remodeling and renovation of buildings in modern cities. As the pace of urbanization is accelerating, the renovation of old buildings has become a way to change the appearance and cultural geography of the city and to improve the quality of life of its inhabitants. In addition, building renovation can be linked to the modern development trend of sustainable development, and the renovation of … Read More

Research on Structural Topology Optimization Methods and Application

Yuxiao Wu, Yixuan Yuan

pp.11-17 DOI: 10.62051/3pnj3w88

Abstract: Topology optimization is one of the most important methods of structure optimization, which is to optimize the weight and performance of the structure by changing the distribution of materials. Firstly, this paper introduces five main methods of topology optimization: homogenization method, variable density method, progressive structure optimization method, independent continuous mapping method and level set method. Then, the development process, optimization principle and effect of each method … Read More

Research on Optimisation Methods of Intelligent Building Energy Management System

Hailin Mai

pp.18-23 DOI: 10.62051/4j9n1n21

Abstract: In recent years, the development of smart building management has gained significant momentum, driven by the increasing need for sustainable development and efficient resource utilization. This demand has led to advancements in technologies such as the Internet of Things (IoT), Artificial Intelligence (AI), and Supervisory Control and Data Acquisition (SCADA) systems. This paper explores the optimisation methods for Intelligent Building Energy Management System (IBEMS) with a focus on the … Read More

Research on Carbon Emission of Green Building in the Full Life Cycle

Yufei Wang

pp.24-29 DOI: 10.62051/afqb6b97

Abstract: Due to the increase in carbon emission in the past two decades, especially the construction industry, people's awareness of energy conservation and emission reduction has increased. Therefore, green buildings have gradually prevailed in the construction field and entered China's construction market. This paper is mainly to study the carbon emission on the full life cycle of green buildings. At the beginning, starting from the concept of green buildings, green buildings are divided into … Read More

Performance Comparison of Cool, Green, and Black Envelopes in the United States

Hanjun Chen

pp.30-42 DOI: 10.62051/ynczwj59

Abstract: As one of the primary sources of greenhouse gas emissions, buildings that need deep decarbonization and passive cooling methods such as cool and green envelopes were regarded as promising solutions. Since previous studies have not comprehensively compared the application of cool roofs, cool walls, green roofs, and green walls in different climate zones in the U.S., this paper aims to fill this gap. Through EnergyPlus 22.1.0 simulation by using the primary school building model from the … Read More

Research on Type Selection of Truss Bridge Structure Based on Optimization Design

Bowen Zhang

pp.43-48 DOI: 10.62051/5hcre573

Abstract: Truss selection design is an important link in both theoretical research and practical engineering problems. The topic of this study is truss selection based on optimization design. Firstly, this paper analyzes the mechanical properties. Then, the material ratios of the three different truss structures are studied by changing the axial force data of the three members using the structural mechanics solver. Finally, through comprehensive analysis and system optimization consideration, the … Read More

Study on Geometric Composition Analysis Method of Plane Bar Structure

Haoyu Lyu

pp.49-54 DOI: 10.62051/3h9pj145

Abstract: The analysis of the geometric composition of planar bar structures is of great importance to both civil engineering students and scholars. In this paper, the basic method of the geometrical composition of the planar member structure is described, and the geometric composition method of the system standard is given by combining the common method with a single method. Firstly, the methods and techniques involved in the existing literature are summarized, and these methods are comprehensively … Read More

Study on Structural Optimization of Offshore Wind Power Tower under the Influence of Typhoon-prone Area

Boyuan Peng, Zhenming Tian, Yang Yin

pp.55-64 DOI: 10.62051/9j72rx13

Abstract: As offshore wind power has become an important support for energy transformation, its structural safety is particularly important in typhoon prone areas. Typhoon has a serious impact on offshore wind power tower, such as blade fracture and tower overturning. Therefore, structural optimization is imperative. This paper aims to explore the structural optimization strategy under the influence of long-term typhoon, including strengthening materials, improving design, introducing dampers and other … Read More

Research on the Application of BIM Technology in Intelligent Construction of Engineering Projects

Zongxian Guo

pp.65-71 DOI: 10.62051/gvvxrx91

Abstract: Building Information Modeling (BIM) is a rapidly evolving technology that improves the efficiency and effectiveness of building design and construction processes. This study focuses on the practical application of BIM technology in engineering construction, especially in the construction of intelligent buildings. Relevant research is carried out through the intelligent management of BIM technology in all aspects of site layout and construction schedule. This paper is based on the application of … Read More

The Innovative Application of BIM Technology Analyzed from the Perspective of Intelligent Construction Site

Jianxuan Xiao

pp.72-78 DOI: 10.62051/ngrhkg98

Abstract: With the continuous development of the construction industry, the concept of smart site is gradually emerging, and building information modeling (BIM), as a key force to promote the construction of smart site, has attracted much attention for its innovative application. This paper focuses on the application of BIM technology in smart construction sites, and comprehensively expounds the changes brought by BIM technology through in-depth theoretical discussion and practical case analysis. The … Read More

Research on the Application of Machine Learning in Bridge Structural Health Monitoring

Xinshuang Liu

pp.79-85 DOI: 10.62051/njg0yj61

Abstract: Bridge structural health monitoring (BSHM) is an effective measure to monitor bridge operation status, identify bridge damage and give early warning. In the era of rapid development of the Internet, the combination of computer algorithm and BSHM can greatly improve the efficiency and accuracy of monitoring. This paper discusses the application key of machine learning (ML) in BSHM. First, the basic concepts of BSHM and ML algorithms are outlined respectively. Then, the advantages of BSHM compared … Read More

Mechanical Properties of 3D Printed Concrete and its Application in Civil Engineering

Ming Liu

pp.86-92 DOI: 10.62051/afg6ha58

Abstract: Rapid urbanization worldwide is placing higher demands on the efficiency and quality of the construction industry. Three-dimensional Printed Concrete (3DPC) technology, with its digital design and additive manufacturing processes, offers a promising avenue for advancement. This paper discusses the potential and challenges of 3DPC in terms of mechanical properties, environmental impact and economic benefits. The technological process of 3DPC, its advantages over traditional concrete, and its … Read More

Research on Green Building Engineering Management Based on Sustainable Development

Jiarui Zhu

pp.93-98 DOI: 10.62051/pyvy2k16

Abstract: With the development of green building and sustainable building, the emergence of innovative project management is an inevitable trend of the times. This paper mainly studies the green building project management based on sustainable development. First, the relationship between green building and sustainable building is analyzed under the concept of green building, which leads to a series of reforms and upgrades that construction management needs to face. Then, by comparing the differences … Read More

Application and Prospect Analysis of BIM in Bridge Engineering

Hao Liu

pp.99-105 DOI: 10.62051/wqb2vh98

Abstract: Building Information Modelling (BIM) technology, has been widely used and promoted in the field of construction and bridge engineering in recent years. This paper mainly discusses the application of BIM technology in bridge engineering and analyzes its prospects. First, this paper introduces the basic concepts and characteristics of BIM technology, including its advantages of visualization, coordination, simulation, optimization and high efficiency. Then, the application and core advantages of … Read More

Research on the Application of UHPC in Steel-Concrete Composite Bridge Decks

Danyang Xiong

pp.106-111 DOI: 10.62051/r0q7nz84

Abstract: The high strength and toughness of ultra-high performance concrete (UHPC) show excellent performance in the steel-concrete composite bridge deck. This paper mainly discusses the application of UHPC in steel-concrete composite bridge deck. Firstly, the structural form of steel-UHPC composite bridge deck is introduced. It is emphasized that the combination of UHPC and steel plate not only reduces the dead weight of the bridge, but also improves the bearing capacity and durability of the structure. … Read More

Application on Concrete-filled Steel Tube Composite Structure in the Field of Civil Engineering

Taiyu Yi

pp.112-118 DOI: 10.62051/zdzmc145

Abstract: In recent years, as the construction technology tends to mature, the engineering field has higher and higher requirements for structures in engineering, and the composite structure has gradually become a hot spot. This paper focuses on the study of concrete-filled steel tube (CFST) structures in composite structures. By studying the development process of CFST structure and the production process in the actual project, it is proved that the composite structure of CFST has more research prospects … Read More

Innovative Research on Engineering Cost Control Based on Big Data Analysis Method

Tianyu Zhang

pp.119-131 DOI: 10.62051/rjaw3h45

Abstract: Traditional cost control methods in the field of engineering management often rely on experience judgment and limited data, which is challenge to satisfy the needs of increasingly complex engineering projects. This paper mainly explores the use of big data analysis methods in the field of cost control of engineering projects. First, data collection is carried out in combination with Web Crawler, and then data cleaning, data storage, data display, etc. Then, among the many available data, a … Read More

The Dangerous Points of Dry Type Transmission Tower under Ice Load Based on COMSOL

Liuhong He

pp.132-141 DOI: 10.62051/gy6cvc62

Abstract: With the continuous and rapid development of the energy industry, the application of transmission poles and towers is more and more widespread. In some areas prone to ice and snow disasters. It is necessary to explore the distribution of hazardous points under snow and ice phenomena. In this paper, a simplified model of dry-type strain tower was established based on COMSOL software, and the gradient analysis of transmission tower and cable icing load was carried out. The results show that the … Read More

Research on Intelligent Materials in the Civil Engineering Field

Yaqi Huang

pp.142-147 DOI: 10.62051/qmepxw20

Abstract: With the continuous development of civil engineering technology, the requirements for material properties are getting higher and higher, and intelligent materials have attracted much attention as a new field. Based on the background of civil engineering, this paper discusses the research progress of four intelligent materials: carbon fiber concrete, nano carbon black concrete, shape memory alloy (SMA)and piezoelectric materials. The performance characteristics, application advantages and … Read More

Optimized Application of Steel-Wood Materials in Large-Span Spatial Structures

Simeng Jiang

pp.148-152 DOI: 10.62051/rsdx7w84

Abstract: With the continuous development of society and the increasing progress of science and technology, the construction industry has higher and higher requirements for the form and material properties of large-span spatial structures. Under this background, the application of steel-wood structures in large-span spatial structures brings new technical design principles and more possibilities for modern architectural engineering. In this paper, the application of steel-wood materials in large-span … Read More

Seismic Performance Analysis of Isolation Bearings Based on New Materials

Hanyang Cao, Huanhai Peng, Zukun Zhou

pp.153-158 DOI: 10.62051/ez04bc18

Abstract: As a traditional isolation technology, isolation bearing technology has also experienced many innovative research. In order to ensure that buildings and infrastructure can successfully mitigate the seismic consequences of earthquakes, new materials for isolation bearings are being studied. This paper first introduces three new materials: high performance rubber material, shape memory alloy (SMA) material and electro-rheological fluid (ERF) material. Then, their application in isolation bearing … Read More

Research on Carbon Emission of Steel Structure During Production Process

Ziyan Wang

pp.159-164 DOI: 10.62051/ygnae973

Abstract: In recent years, there has been increasing global concern about climate change and sustainable development. At the same time, there is a growing awareness of environmental responsibility in civil and construction projects. In this paper, two different types of steel materials are discussed. Then, comprehensive assessments of the environmental impact of their production processes have been carried out, with special emphasis on carbon emissions. These analyses highlight the ecological impacts … Read More

Ecological Restoration of Coastal Wetlands Under Global Climate Change: A Case Study of Tianjin

Shangyu Jin

pp.165-169 DOI: 10.62051/3r46fg59

Abstract: The coastal zones of Tianjin, China, harbored vital ecosystems, including salt marshes and wetlands, which provided essential ecological services such as water purification, carbon sequestration, flood mitigation, and biodiversity conservation. However, increasing global climate change impacts, along with intensive human activities like land reclamation and industrial development, led to significant degradation of these ecosystems. This paper presented a detailed analysis of the "Retreat Ponds, … Read More

Studies on The Functionality of the Hong Kong's Footpath System

Chuxi Fan

pp.170-174 DOI: 10.62051/c629re52

Abstract: As the core pedestrian space in the city, the footpath is related to the walking experience and travel choices, affects the transportation system, promotes commercial, social, and cultural activities, and is a key carrier of urban vitality and safety. Hong Kong's footpath system is known for its multi-layered and three-dimensional structure, which effectively connects urban spaces through a complex network. However, Hong Kong still has problems such as insufficient ground crossing facilities and … Read More

The Development of CO2 Capture and Storage Technology in the Field of Architecture and its Challenges and Solutions

Yuntian Deng

pp.175-179 DOI: 10.62051/4s5jx062

Abstract: The architecture industry constituted a significant source of carbon emissions, underscoring the urgent need for energy efficiency and emission reduction strategies. In this context, carbon capture and storage (CCS) technologies within the architectural domain emerged as critical research areas. This paper systematically classified and summarized various CCS technologies based on specific sub-fields of architecture, drawing on an extensive review of existing literature. Notably, urban design and … Read More

Green Building Strategy of University Campuses in Cold Regions: A Case Study of Xi 'an

Xiaoran Wu

pp.180-188 DOI: 10.62051/yf7whj81

Abstract: Building as a major body of carbon emission and energy consumption, how to reduce energy consumption needs to be solved. As a large building type that is closely related to people's lives, it is important to find green solutions according to local conditions. This paper explores the green building strategies of university campuses in cold regions by combining building climate zoning, especially taking Xi 'an as an example. By constructing and analyzing the green building simulation model, based … Read More

Analysis of CCS Technology Applied in Green Building

Shijin Pan

pp.189-194 DOI: 10.62051/08xctb54

Abstract: As the global climate change crisis intensifies, the integration of green building practices with carbon capture and storage (CCS) technology is increasingly emerging as a focal point of research within the architectural domain. Green buildings prioritize resource efficiency, environmental sustainability, and long-term viability, while CCS technology serves as an effective mechanism for mitigating carbon emissions. This paper examined the application of CCS technology in green buildings and … Read More

Using Revit to Simulate and Improve Building Energy

Yuanji Li, Deyuan Zhao, Guanqi Zhou

pp.195-201 DOI: 10.62051/p5wycr30

Abstract: Nowadays, the global attention to green buildings continues to increase, countries and regions have formulated the corresponding green building energy consumption standards and certification system, to evaluate and certify the energy-saving performance of buildings, in order to promote the development of green buildings. Green building projects continue to emerge everywhere, and green building technologies and materials are constantly innovating and developing. At present, many energy-saving … Read More

Carbon Dioxide Seabed Storage Technology and Development

Biyuan Wang

pp.202-207 DOI: 10.62051/dyacdf43

Abstract: With the acceleration of global industrialization, the massive use of fossil fuels led to a sharp rise in atmospheric CO2 concentrations, triggering a series of environmental problems such as global warming and sea level rise. As an important component of carbon capture, utilization, and storage (CCUS) technology, offshore carbon sequestration held significant importance for achieving global emission reduction targets. This study focused on CO2 seafloor storage technology and its development, … Read More

Research on the Changes of Cement Production Method in China

Jingcheng Guo

pp.208-217 DOI: 10.62051/g0prxx55

Abstract: Cement production plays an important role in affecting total amount of greenhouse gases emission. In recent years, China’s cement production begins to maintain below an exact point instead of following the continuous growing trend that experts anticipate. Until today, most people are still unaware of transition of China’s cement production method. Therefore, this paper focuses on investigating changes of cement production method in China. The method of investigating these changes is analyzing … Read More

Application of Green Asphalt Pavement Technology in Modern Road Engineering

Jianwei Yang

pp.218-224 DOI: 10.62051/h1j95z93

Abstract: There are environmental problems in the construction and maintenance of traditional asphalt pavement, which consumes a lot of resources and produces a variety of pollutants, especially in large and medium-sized cities, posing a threat to residents' life and urban ecology. The traditional asphalt pavement industry is facing the test, and it is urgent to explore the environmentally sustainable road construction scheme. The key path is to change the concept and study and apply green and … Read More

Challenges and Solutions in the Construction of the Hong Kong-Zhuhai-Macao Bridge Immersed Tunnel

Yubai Li

pp.225-230 DOI: 10.62051/w5rdcb24

Abstract: This research aims to systematically analyze the design and construction challenges encountered during the development of the Hong Kong-Zhuhai-Macao Bridge (HZMB) immersed tunnel. By thoroughly examining these challenges, the study seeks to generate valuable insights that can inform future infrastructure projects of similar scale and complexity. A comprehensive understanding of the design principles employed, construction techniques implemented, and risk mitigation strategies utilized throughout … Read More

Study on the Performance and Carbon Emission of Geopolymers Concrete

Lixin Zhu

pp.231-238 DOI: 10.62051/man6fb85

Abstract: As the global demand for reducing carbon emissions increases, the construction industry must seek environmentally friendly alternative materials. Geopolymers concrete, as a low-carbon and environmentally friendly material, has emerged as a potential alternative to cement concrete due to its excellent mechanical properties and environmental adaptability. This paper focuses on geopolymers concrete, exploring its applications, mechanical properties, and carbon emissions. Firstly, the composition, … Read More

Sustainable Progress Based on the Current Situation of Global Cement Production

Jiajun Xu

pp.239-246 DOI: 10.62051/zse2x683

Abstract: The construction industry is a major source of global carbon emissions, particularly the environmental impact of cement production. Starting with global environmental issues, this paper expounds the current situation of carbon emissions in the building materials industry, especially cement production. This paper quantitatively analyzes the sources of carbon emissions in the cement production process, including the stages of raw material mining, clinker calcination, mixing and grinding. Based on … Read More

Study on Mechanical Properties and Application of FRP Confined Concrete-Filled Steel Tube Columns

Yunpeng Fang

pp.247-254 DOI: 10.62051/wd1g5s43

Abstract: With the increasing demand for high performance and high durability materials in civil engineering, traditional structural materials such as concrete columns and steel columns face challenges. Concrete-filled steel tube (CFST) columns combine the advantages of both, but are susceptible to corrosion. This study focuses on the mechanical properties and application prospects of fiber reinforced polymer (FRP) confined CFST columns. Firstly, the effect of FRP confinement on the compressive strength, … Read More

Application of Smart Materials in Civil Engineering

Yuhao Shi

pp.255-262 DOI: 10.62051/y3q8ka62

Abstract: In the ever-evolving wave of technology, smart materials have emerged in the field of civil engineering, and their unique characteristics and wide application prospects have gradually become the focus of the industry. Not only do they sense and respond to environmental changes, but they also show great potential in critical applications such as structural health monitoring, seismic reinforcement, and self-healing, providing unprecedented solutions for the maintenance and construction of civil … Read More

Analysis on Structural Behavior of Semi-Rigid Joint in Steel Frame

Zhuofan Wu

pp.263-271 DOI: 10.62051/7w8eag90

Abstract: In the field of modern construction, steel structures have become the primary material of choice for design and construction. As a novel type of steel structure connection, the semi-rigid connection displays enhanced anti-collapse capabilities and energy dissipation characteristics under dynamic loading, offering significant research value and promising application prospects. Semi-rigid connections possess a combination of stiffness, ductility and load capacity, and are relatively … Read More

Structural Analysis and Computer Modelling of Steel Frame Base on Stiffness Method

Zhengyang Wang

pp.272-281 DOI: 10.62051/96rwv711

Abstract: The main purpose of this paper is to analyze and calculate the structure using the stiffness method to obtain various structural data. At the same time, different loading conditions, including wind load, self-weight, and live load, are considered to assess their impact on the structure's behavior, with wind load being the most critical factor. In the paper, simulations are performed through calculations to evaluate these effects. Subsequently, the structure will be designed and optimized in … Read More

Deep Learning Model of Reinforced Concrete for Detecting Internal Structural Damage and Comprehensive Evaluation

Haoran Yuan

pp.282-288 DOI: 10.62051/fhqytt92

Abstract: In recent years, China has achieved world leading achievements in the field of civil engineering, but the aging and damage problems of large structures have become increasingly prominent. Traditional structural health monitoring (SHM) methods have certain limitations and urgently require innovative technological solutions. This article explores existing structural health detection methods, including manual visual inspection, sensor detection, and digital image processing, analyzes their … Read More

Analysis on Bridge Collapse Accidents Caused By Rainfall and Flood: A Case Study of Xiaoqing River Bridge

Yunxin Hou

pp.289-297 DOI: 10.62051/jr218698

Abstract: This paper studies the structural integrity and ecological impact of Xiaoqing River Bridge in Beijing. Xiaoqing River Bridge is an important urban infrastructure spanning the Xiaoqing River, an important tributary in Beijing. Featuring a unique French design and reinforced concrete T-shape, the bridge has served a variety of urban functions for more than 40 years, including flood control and urban landscape improvement. However, the challenges posed by rapid urbanization and climate change, … Read More

Chinese Carbon Capture and Storage Technology

Haoda Zhang

pp.298-303 DOI: 10.62051/w67psm41

Abstract: Global warming is a critical crisis confronting the world, with industrial CO2 emissions accounting for 65% of global greenhouse gases and serving as the leading driver of the greenhouse effect. This paper focused on the development and challenges of Carbon Capture and Storage (CCS) technology in China. As the world's largest emitter of carbon dioxide, China has made substantial efforts to combat global climate change through CCS, which captures and stores CO2 from industrial processes. The … Read More

Status And Development of Wall Materials in China

Shuang Wei

pp.304-311 DOI: 10.62051/7zg02c24

Abstract: New wall materials are advanced materials with many excellent properties such as lightweight, high strength, sound absorption, heat preservation, energy saving and environmental protection, and represent the development trend of advanced wall materials technology. Based on this, this paper firstly introduces the development status of China and western countries, then shows the characteristics, types, uses and development status of new wall materials developed in China, and finally discusses the … Read More

Analysis of Environmental Protection Measures for Concrete Blocks

Changhao Li

pp.312-319 DOI: 10.62051/qgx1a392

Abstract: Concrete blocks have a huge application market in China, but the traditional concrete blocks have big environmental problems. In this paper, the problem is solved from two perspectives: raw material replacement and improvement of construction process. Firstly, from the perspective of raw material replacement, plastic fiber, recycled aggregate, ceramic polishing waste and wheat straw are used to replace the raw materials for concrete block production. All four materials are recycled, thus … Read More

Research on The Pressure Distribution and Technical Improvement of The Hong Kong-Zhuhai-Macao Bridge Undersea Tunnel

Jiayi Lu

pp.320-326 DOI: 10.62051/jn1ea922

Abstract: This paper presents a detailed study on the pressure distribution and technical enhancements of the Hong Kong-Zhuhai-Macao Bridge (HZMB) undersea tunnel, a critical component of the infrastructure that connects three major cities and fosters regional integration. The research involves a thorough analysis of the pressures exerted by the surrounding water, soil, and backfill materials on the tunnel structure. Through comparisons with the Channel Tunnel, the study underscores the significance of … Read More

Study on Bridge Structural Health Monitoring System Based on BIM And GIS

Yiran Wang

pp.327-331 DOI: 10.62051/12375a41

Abstract: In the context of rapid urbanization, the importance of bridge construction has become increasingly prominent, but problems such as bridge aging and environmental impact have also brought security risks. To deal with these problems, it is very important to establish an efficient and accurate bridge monitoring system. Firstly, this paper analyzes the research status of bridge health monitoring system and points out that there are some problems in the current system, such as weak analysis system, … Read More

Research on The Production and Application of Multifunctional Concrete

Peiqi Gong

pp.332-336 DOI: 10.62051/k3snxb42

Abstract: As the preparation of building materials can pollute the environment, and the manufacturing process is complicated and wastes materials, people are developing more advanced multi-functional concrete. This paper studies the development and application of two new types of concrete, as well as some of their shortcomings and development process. Firstly, electricity-based multifunctional concrete not only has the advantages of traditional concrete, but also has strong electrical conductivity, … Read More

Analysis on Bridge Collapse Incidents Caused by Earthquakes and Mitigation Strategies

Jinkun Ye

pp.337-345 DOI: 10.62051/70j4w104

Abstract: In recent years, bridge collapses under the action of earthquakes occur frequently, resulting in huge personal and property losses, affecting traffic safety and economic development. Therefore, it is very important to study the causes and preventive measures of bridge collapse in earthquake. First of all, this paper analyzes the damage of the three main parts of the bridge structure: the superstructure, the substructure and the bearing under the earthquake. Then, the technology of using shape … Read More

Study on The Influence of Typhoon on Coastal Bridges and Countermeasures

Baoni Zhu

pp.346-350 DOI: 10.62051/00499g78

Abstract: As an important medium connecting land and promoting traffic, the safety of coastal bridge should also be paid attention to. Typhoon as a natural disaster will cause direct and indirect damage to the bridge. This paper studies the influence of typhoon on coastal bridge and its countermeasures. Firstly, the direct damage to bridge structure caused by typhoon wind load and wind direction changes and the indirect damage caused by typhoon erosion, sand damage and concrete carbonation are analyzed. … Read More

Research on The Force Analysis and Application of Slender Stainless Steel Column Sections

Yufan Yu

pp.351-357 DOI: 10.62051/vaq2r828

Abstract: Stainless steel, as a green building material, has many advantages, including aesthetically pleasing shapes, good corrosion resistance, stable mechanical properties, long service life, low cost, and easy maintenance. It is often used in structural construction, such as buildings and infrastructure. One of the typical cross-sectional forms of stainless steel used in construction is the slender stainless steel section. Slender stainless steel columns have high strength, which is consistent with … Read More

Research on The Development and Integration of Chinese Ancient Architecture in Modern Urban Planning

Xuwei Cao

pp.358-362 DOI: 10.62051/tph8m082

Abstract: This paper studies and analyzes the development cases of ancient buildings in different historical backgrounds. It mainly compares the Beijing City Wall which was destroyed with The Dujiangyan Water Conservancy Project and Beijing-Hangzhou Grand, which are protected and sustainably developed in modern society Canal reflects the development and integration of ancient Chinese architecture in urban planning. The study explores how to promote sustainable development policies while preserving and … Read More

Trends in the Chinese Ancient Architecture Tourism Market and Research on Ancient Architecture Preservation

Xinyuan Feng, Senyu Yang, Haoying Wang, Mengyuan Chen, Ziyao Li

pp.363-372 DOI: 10.62051/2p93pf79

Abstract: Ancient architecture, as an important symbol of Chinese culture, carries rich historical and cultural value and is crucial for the inheritance of culture. In the present, how to balance tradition with modernity, inheritance with development, and exploitation with preservation is an issue that cultural heritage protection must confront. This article combines stratified sampling and simple random sampling methods with questionnaire research, and conducts in-depth interviews with staff at ancient … Read More

Safety Assessment Method for Heavy-Cargo Transportation on Bridges in Service

Guangqi Li, Xingyuan Zhang, Haicheng Wang

pp.373-377 DOI: 10.62051/5z11xk16

Abstract: In order to accurately evaluate whether large transport vehicles can safely pass the bridge on the transport route, the load effect comparison method and the actual load checking calculation method are introduced, and the safety assessment of a prestressed continuous small box girder bridge is analyzed with a case study. The results show that using the load effect comparison method can not distinguish whether large vehicles have the right of way. Based on the actual load checking method, it is … Read More

Study on the Causes and Countermeasures of Bridge Collapse in China

Xueqian Ye

pp.378-384 DOI: 10.62051/kcwcth24

Abstract: Under complex operating environment and natural disasters, bridges may face the risk of collapse. Aiming at bridges in China, this paper explores the causes of bridge collapse and the corresponding countermeasures. In this paper, firstly, the basic situation of bridge collapse in China in recent years and the serious losses caused by it are analyzed. Then, taking the Wenchuan earthquake and the flood in 2010 as examples, the paper analyzes the bridge collapse accidents caused by natural … Read More

Study on Mechanical Properties and Application of Magnesium Phosphate Modified Cement

Shihao Chen

pp.385-389 DOI: 10.62051/csv2nf54

Abstract: In today's environment, the use of magnesium phosphate cement is more and more extensive, but it still faces problems such as fast setting and brittleness. This paper aims to solve the problem and improve the fire resistance of magnesium phosphate cement by modifying the compound. Through literature search, it is found that the incorporation of vinyl acetate ethylene copolymer emulsion (VAE) and anionic polyacrylamide (APAM) into cement can improve the problem of fast setting time and improve … Read More

The Application and Influence of The Doctrine of Yin-Yang and Five Elements in Japanese Architecture: From Traditional Shrines to Modern Designs

Tiantian Sun

pp.390-394 DOI: 10.62051/smt57489

Abstract: This article explores the application and the influence of the philosophy of Yin-Yang and the five elements in Japanese architecture, including its evolution from its traditional shrines to contemporary design. It explores the basic concepts of both Yin and Yang, and their significance in Japanese culture, emphasises on their influence on architectural style, spatial arrangement, and material selection. The paper analyzes the elements of Yin-Yang in traditional shrine architecture to illustrate … Read More

Research on The Emotional Experience of Architectural Apace For Users: A Case Study of Cologne Cathedral

Yujing Liu

pp.395-401 DOI: 10.62051/e54cqa06

Abstract: With the continuous development of the construction industry and the increasing demand for quality of life, architectural design needs to consider not only functionality and aesthetics, but also the emotional experience of users. This study aims to explore how architectural space design affects users' emotional experience, and propose corresponding design strategies to enhance the quality of user experience. This article mainly uses literature review and case analysis to select the Cologne … Read More