Vol 2 No 2 (2024)

• Industrial Design Innovation and the Development of Industrial Design Education

  Xiu-Yu Liang

  With the continuous advancement of technology and the ever-changing market demands, industrial design innovation plays an increasingly important role in driving the development of the engineering machinery feld. Meanwhile, industrial design education, as a crucial link in nurturing innovative talents, also faces new challenges and opportunities. This paper aims to explore the application of industrial design innovation in the field of engineering machinery and its promoting effect on the development of industrial design education. By analyzing the current educational situation, this paper proposes reform suggestions such as strengthening practical operations, optimizing curriculum settings,and emphasizing interdisciplinary cooperation, in order to effectively align industrial design education with market demands and provide strong support for industrial design innovation.

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• Heating, Ventilation, and Air Conditioning (HVAC) Engineering Design Methods and System Analysis

  Zhen-Hong Li

  With the rapid development of the construction industry, HVAC (Heating, Ventilation, and Air Conditioning) systems, as important components of building environments, directly impact the usability and energy consumption of buildings. Therefore, research on HVAC engineering design methods and system analysis is of significant importance. By comprehensively considering design, operation, and management aspects, this paper aims to provide useful references and guidance for energy-saving research and applications in the feld of HVAC engineering.

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• Control of Chemical Contamination in Food Engineering

  Chun-Jian Wang

  With the rapid development of the food industry, chemical pollution has gradually become a prominent issue, posing a signifcant challenge in the feld of food engineering. This paper explores the main sources of chemical contamination in food engineering and its impact on food safety, and proposes targeted control measures. By strengthening the formulation and enforcement of laws and regulations, promoting green agriculture and environmentally friendly production technologies, optimizing the use and management of food additives, and enhancing the environmental protection and safety of packaging materials, chemical pollution in food engineering can be effectively controlled to ensure food safety and public health. The implementation of these measures not only contributes to the sustainable development of the food industry but also enhances consumer confdence in food safety.

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• The Application Research of Simulation Technology in Mechanical Design and Manufacturing

  Hao-Feng Xie

  With the rapid development of technology, the application of simulation technology in the field of mechanical design and manufacturing is becoming increasingly widespread. This paper briefy introduces simulation technology, analyzes its application in mechanical design and manufacturing, and proposes some effective measures to enhance the application of simulation technology. The aim is to provide theoretical support and technical guidance for practical applications in related fields, and to promote the innovative development of the mechanical design and manufacturing industry.

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• Research on Pollution-Free Aquaculture Technology and Management

  Hai-Min Shangguan

  Pollution-free aquaculture management not only concerns people's food safety and physical health, but also relates to the protection of the ecological environment and the future development of aquaculture industry. Therefore, we should attach great importance to pollution-free aquaculture management, strengthen technical support, ensure the safety of aquatic products, protect the ecological environment, and promote the sustainable development of aquaculture industry. It is also necessary to enhance publicity and education, raise public awareness and attention to pollution-free aquaculture, and jointly promote the development of pollution-free aquaculture technology.

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• Research on Vehicle Collision Safety Performance Optimization Based on CAE Technology

  Meng-Xia Li, Xiao-Le Xue, Peng-Chong Huang, Xu Yang, Zhi-Cheng Li

  This study focuses on optimizing the collision safety performance of vehicles using CAE technology. By digitally simulating and analyzing the force and deformation of vehicle structures under different collision scenarios, the effectiveness of optimization in vehicle body design, material selection, and safety airbag systems is evaluated. The results indicate that measures such as using high-strength materials, optimizing vehicle body structure design, and improving safety airbag systems can significantly enhance the collision safety performance of vehicles and reduce the risk of occupant injury. This research provides effective methods and technical support for optimizing the collision safety performance of vehicles, which is of great signifcance for enhancing the overall safety performance of vehicles.

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• Application of Intelligent Maintenance Management System for Urban Rail Transit Communication and Signaling

  Ying Feng

  The intelligent maintenance management system plays a significant role in the operation and maintenance of urban rail transit. Implemented through real-time monitoring, warning analysis, and intelligent maintenance management, this system application significantly enhances maintenance efficiency, reduces fault response time, and enhances the stability and reliability of station facilities and communication signaling systems. Additionally, the intelligent maintenance management system provides strong support for the long-
  term maintenance of facilities through data analysis and prediction. Its application not only improves the service quality of urban rail transit systems and passengers' travel experience but also drives urban rail transit towards a more effcient, intelligent, and reliable direction.

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• Port Safety Production Management Information System

  Xiao-Jun Chai

  The Port Safety Production Management Information System is a comprehensive management platform built on modern information technology, aimed at effectively controlling port safety production risks and ensuring smooth business operations. This paper briefy discusses the importance of port safety production management, explores the design of the Port Safety Production Management Information System, and examines its promotion and application. Through precise data analysis and an early warning mechanism, the system provides decision-making support for managers, enhances the level of port safety management, and achieves safe, effcient, and sustainable port production development.

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• Research on Key Technologies of Intelligent Connected Vehicles

  Guo-Meng Zhang

  As the core of future transportation, intelligent connected vehicles (ICVs) have a profound impact on industrial development and transportation efficiency through breakthroughs and applications in key technologies. Faced with challenges in this feld, by delving into forward-looking technologies, overcoming key component difficulties, establishing a comprehensive testing and evaluation system, and optimizing infrastructure services, we can provide strong support for the rapid development of ICVs. These measures not only promote innovation and upgrading in the automotive industry but also contribute to the intelligence and greenifcation of future transportation.

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• Measures for Prevention and Control of Hydrogeological Investigation Issues

  Guo-Hui Wang

  Hydrogeological investigation is an important part of water conservancy engineering, often facing issues such as inaccurate data, improper methods, and safety risks. This article proposes preventive measures. Enhancing the quality and technical level of survey personnel, introducing advanced technology and equipment, establishing strict survey standards and procedures, and strengthening safety management are suggested. These measures aim to improve the accuracy and effciency of surveys, ensuring the safety and stability of engineering projects. Implementing these measures can provide solid geological support for water conservancy projects and promote sustainable development.

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• Exploration of the Application of BIM Technology in Green Intelligent Building Design

  Jun Lv

  Green intelligent buildings can provide humans with a healthier and more comfortable living environment, while also saving resources and reducing pollution. They represent the main direction of development in the construction industry and are an important means of achieving social sustainability. In China, with the rapid development of the economy and urbanization, limited resources cannot adequately meet the huge energy consumption brought by modern building projects. Therefore, it is necessary to introduce Building Information Modeling (BIM) technology into green intelligent buildings to achieve resource savings and create greener and smarter living environments for people. Based on this, this article explores the specific application of BIM technology in the design of green intelligent buildings, aiming to provide reference for architectural designers and achieve the modernization and sustainable development of the construction industry.

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• Research on Fault Diagnosis Techniques for Power Electronic Devices

  Hong-Ping Yao

  With the rapid development of power electronic technology, the application of power electronic devices in power systems and electrical equipment is becoming increasingly widespread. However, the issue of faults in power electronic devices is also becoming more prominent, posing serious challenges to the stability and reliability of power systems. Based on this, this paper briefy introduces the importance of fault diagnosis for power electronic devices, analyzes the causes of faults in power electronic devices, and discusses fault diagnosis techniques for power electronic devices, aiming to provide theoretical support and practical guidance for the further development of fault diagnosis techniques for power electronic devices.

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• Research on the Selection of Pipe Materials in Municipal Drainage Pipeline Design

  Jun-Song Yuan

  In the design of municipal drainage systems, the selection of pipe materials plays a crucial role, affecting the smoothness and safety of urban water resource circulation. This paper thoroughly analyzes the importance of pipe material selection, comprehensively discusses key factors such as performance, cost, construction diffculty, and environmental adaptability, aiming to provide solid and scientifc material support for municipal drainage pipeline design. Through meticulous research, this paper aims to ensure the stable and effcient operation of urban drainage systems, thus contributing to the prosperity and development of urban construction.

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• On the Construction Technology of Passive House

  Shao-Hua Li

  In the context of "carbon neutrality", the passive house, as a green and low-carbon building construction technology, has attracted more attention. Under construction based on the sino-german ecology garden residential construction projects, from the passive room effcient external insulation, passive doors and Windows, no heat bridge design, air tightness, fresh air system and so on fve aspects introduces the passive room design ideas, briefy introduces the green low carbon construction technology in the application of the project, at the same time the passive room construction process control points are introduced.

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• Exploration of Green Construction Concepts and Practices in Construction Project Management

  Guang-Hui Wang

  With the increasingly prominent global environmental issues, the application and practice of green construction concepts in construction project management have become particularly important. This article delves into the connotation, necessity, implementation strategies, and challenges of green construction concepts, and proposes corresponding countermeasures and suggestions in line with the current development trends in the construction industry. Through the exposition in this article, the aim is to provide valuable references for both theoretical research and practical implementation in relevant felds, and to promote the construction industry towards a greener, more environmentally friendly, and sustainable direction.

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• Research on Engineering Investigation Methods and Remediation Measures for Karst Foundations

  Zhi-Bin Zhang, Fang-Yu Wang

  Delving into the mysteries of karst foundation engineering, this paper systematically investigates the key technologies of survey methods and remediation measures. The complex characteristics of karst foundations pose unique challenges to geotechnical engineering, making survey work crucial. Through geological surveys, geophysical exploration, and drilling sampling, the ground conditions can be fully revealed. In response to karst characteristics, this paper proposes effective remediation strategies aimed at signifcantly enhancing the stability and safety performance of foundations, providing solid technical support for engineering practice.

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• Analysis of the Importance of Hydrogeological Geological Survey for Geological Disaster Prevention and Control

  Jun-Long Shi, Dong Liu, Li-Yang Zou

  Hydrogeological geological survey, as an important part of geological disaster prevention and control work, is increasingly highlighted in its importance. It is not only a necessary means to explore underground hydrogeological conditions but also a key to revealing the causes of geological disasters. Through in-depth research and analysis, we can accurately grasp the details of the geological environment, thereby formulating more scientifcally effective prevention and control measures. At the same time, hydrogeological geological survey also provides important basis for the prediction and early warning of geological disasters, helping us to make full preparations before disasters occur, minimize disaster losses, and protect the safety of people's lives and property.

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• The Practice of Digital Technology in the Conservation and Restoration of Historical Buildings

  Tian-He Zhao, Hai-Ou Wang, Hui-Tong Zheng

  With the highly developed information technology, science and technology, and information technology are in a period of upgrading and transformation. Different information technologies are widely applied in various industries. The application of digital information technology in historical building conservation and restoration projects creates more possibilities for the feasibility practice of historical building conservation and restoration projects. Historical building conservation and restoration are critical measures to protect valuable historical architectural heritage. It is necessary to attach great importance to the conservation and restoration of historical buildings, fully integrate the actual situation of historical building conservation and restoration, adopt different digital technology restoration methods fexibly, and effectively solve the technical problems existing in the process of historical building conservation and restoration.

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• Analysis of High Voltage Electrical Interlocking Test

  Zhao-Ran Han, A-Feng Zhang

  The importance of high-voltage electrical switching tests in the stable operation of power systems is self-evident. This critical step comprehensively evaluates the performance of electrical equipment, ensuring that it meets design requirements and operational standards, thereby providing solid quality assurance for the safe operation of equipment. With the continuous progress and innovation of technology, the methods and means of switching tests are also continuously improving and advancing towards more effcient and precise directions from traditional testing techniques. Therefore, high-voltage electrical switching tests play an indispensable role in power systems and are crucial for ensuring stable and safe power supply.

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• Study on Defect Evolution of Molybdenum-Rhenium Alloy under High-Temperature Irradiation Conditions

  Yong-Li Liu

  The defect evolution of molybdenum-rhenium alloy under high-temperature (irradiation) conditions is a complex and critical issue that directly impacts the material's performance and stability. This paper comprehensively discusses the formation mechanisms, control, and optimization strategies of defects in molybdenum-rhenium alloy under irradiation conditions, focusing on the research progress in alloy composition regulation, optimization of preparation process parameters, and design of heat treatment regimes. By analyzing the infuence of alloy composition on defects, optimizing the preparation process parameters, and designing heat treatment regimes, this study aims to control and optimize the defect evolution of molybdenum-rhenium alloy under high-temperature (irradiation) conditions, providing important references for improving its irradiation resistance and stability.

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• The Problems and Countermeasures of Computer Network Security

  Hang-Hang Yang

  With the rapid development of information technology, computer network security issues are becoming increasingly prominent. This article thoroughly analyzes the key problems faced in the current network security field, such as insufficient identity authentication mechanisms, incomplete data encryption measures, and lack of data backup strategies. In response to these issues, corresponding countermeasures are proposed, including strengthening identity authentication and access control, enhancing data encryption and transmission security, and implementing regular data backup and recovery mechanisms. These countermeasures aim to improve the overall security of computer networks and reduce security risks. The importance of computer network security is emphasized in this article, along with the urgency and necessity of implementing these countermeasures.
  
  

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• Analysis of the Application of Non-Destructive Testing Techniques in Aircraft Engine Maintenance

  Yuan-Cheng Shao

  Non-destructive testing technology, as an important means of modern industrial inspection, has extensive application value in the field of aircraft engine maintenance. This paper first introduces the basic concepts and commonly used methods of non-destructive testing technology, and then analyzes its signifcant role in aircraft engine maintenance. Finally, it explores the specific application strategies and development prospects of non-destructive testing technology in aircraft engine maintenance.

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• Research on the Relationship between VOCs and Ozone Concentration

  Feng-Lian Zhu

  Volatile organic compounds (VOCs), as important precursors in the atmosphere, are closely related to the formation of ozone. This paper aims to conduct an in-depth study on the relationship between VOCs and ozone concentration from three aspects: chemical reactions, the impact on ozone concentration, and control strategies, in order to provide theoretical support for the formulation of effective air pollution control strategies.

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• The Role of Water Culture and Water Landscapes in Modern Hydraulic Engineering Construction

  Min-Na Che, Xing-Wei Hu

  Water, as the source of life, has been closely related to human life since ancient times. Water culture and water landscapes are valuable legacies formed by humans in the long history of coexistence with water. They not only refect human understanding and utilization of water but also carry rich historical and cultural connotations. In modern hydraulic engineering construction, the role of water culture and water landscapes is increasingly prominent. They are not only important components of engineering but also important carriers for inheriting historical culture, enhancing engineering quality, and promoting regional economic development. Therefore, exploring the development and application of water culture and water landscapes in modern water conservancy is of great signifcance for promoting the sustainable development of water conservancy.

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• The Rapid Construction Strategy of Architectural Engineering Based on BIM Technology

  Hong-Gang Kang, Feng-Jian He, Guang-Yuan Fan

  With the continuous development of information technology, the construction industry is gradually undergoing digital transformation. Among them, Building Information Modeling (BIM) technology, as an important digital tool, is widely used in construction engineering. This article aims to explore the rapid construction strategy of architectural engineering based on BIM technology, analyze the advantages of BIM technology in improving construction effciency, optimizing construction processes, and reducing construction costs, and propose corresponding implementation suggestions.
   

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• Establishment and Continuous Improvement of Aircraft Engineering Quality Management System

  Ying-Hai Zhou

  With the rapid development of the aviation industry, the establishment and continuous improvement of aircraft engineering quality management system have become core elements to ensure flight safety and enhance competitiveness. This paper aims to explore the principles, key elements, and strategies for the construction and continuous improvement of aircraft engineering quality management system, in order to provide theoretical support for the high-quality development of the aviation industry.

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• Analyzing the Faults of the Boeing 737NG Aircraft Fuel System

  Zhen Liu

  This paper aims to conduct an in-depth study of common faults and their causes in the fuel system of the Boeing 737NG aircraft. Through analyzing the Fault Modes, Effects, and Criticality Analysis (FMECA), corresponding preventive and maintenance measures are proposed. The purpose of this paper is to improve the effciency and safety of maintenance for the fuel system of this aircraft model and reduce fight accidents caused by fuel system failures.

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• Guidelines for Construction Quality Supervision and Acceptance of Construction Projects

  Hua-Dong Xu

  This article aims to discuss the importance of quality supervision and acceptance in construction engineering, and proposes a practical guide for supervision and acceptance to ensure the quality and safety of construction projects. The article first introduces the basic concepts and roles of quality supervision and acceptance, then analyzes the current problems and challenges, followed by proposing targeted solutions and specifc measures. Finally, it summarizes the main points and research results of the entire article.

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• Research on the Safety of Electronic Control Systems in Autonomous Vehicles

  He-Yun Zhao

  With the rapid development of autonomous driving technology, the safety of electronic control systems, as a core component of autonomous vehicles, is receiving increasing attention. This paper aims to delve into the safety of electronic control systems in autonomous vehicles, analyze potential safety risks, and propose corresponding safety strategies and protective measures, with the aim of providing theoretical support and practical guidance for the safe operation of autonomous vehicles.

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• Analysis of Big Data Storage and Processing Technologies in Cloud Computing Environment

  Qin Feng

  With the continuous development and popularization of cloud computing technology, big data storage and processing technology has become a key support for the informatization and intelligentization of the petrochemical industry. This article frstly introduces the basic concepts and technical characteristics of big data storage and processing in the cloud computing environment. It then analyzes the application scenarios and storage processing requirements of big data in the petrochemical industry, followed by discussing suitable big data storage and processing technology solutions for this industry, and explores the relevant technical challenges and future development trends.

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• Exploration of Modularized Design for Surveying Instruments

  Hui Yang

  This paper explores the design of surveying instruments based on modularity. Modular design makes surveying instruments more flexible, customizable, and easy to maintain, meeting various surveying needs. Through modular design, instruments can be upgraded and expanded, improving adaptability and update speed. Compared to traditional surveying instruments, modular-based designs offer greater fexibility, customization, and adaptability, enhancing work effciency and surveying quality.

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• The Application of PLC in Transformer Automation in Substations

  Bai-Jie Peng

  With the continuous development of the power system and the improvement of its intelligence level, the automation degree of substations has become increasingly important. Programmable Logic Controllers (PLCs), as efficient and reliable automation control devices, play an important role in the automation of transformers in substations. This paper explores in detail the specifc applications, advantages, existing issues, and future development trends of PLCs in the automation of transformers in substations, aiming to provide valuable references for research and practice in related felds.

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• Research on Cultural Integration and Heritage Preservation Strategies in Contemporary Architectural Design

  Wen-Jie Zhang

  With the continuous development of globalization, the field of architectural design is facing dual challenges of cultural diversity and traditional preservation. This paper aims to explore the strategies of cultural integration and heritage preservation in contemporary architectural design, analyze their application in practice, and provide corresponding recommendations and reflections. 

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• Innovation of Scientific Supervision Methods in Engineering Supervision

  Yan-Fei Jin

  With the continuous development and technological progress in the construction industry, engineering supervision, as an important link to ensure the quality, safety, progress, and efficiency of projects, requires continuous innovation in its supervisory methods to meet the demands of the new situation. This paper aims to explore innovative ideas for scientific supervision methods in engineering supervision, analyze the shortcomings of existing supervisory methods, and propose corresponding innovative strategies to improve the level and efficiency of engineering supervision.

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• Analysis of Large Tree Transplantation Techniques and Maintenance Measures in Landscape Construction

  Li-Wei Yang

  The transplantation of large trees in landscape construction is a challenging task involving various processes and considerations. This article mainly analyzes the key techniques of tree transplantation, including preliminary preparation, transplantation methods, excavation and packaging, transportation, and planting. It also discusses post-transplantation maintenance measures such as water management, pest and disease control, and pruning. Through scientific and reasonable transplantation techniques and maintenance measures, the survival rate of large trees can be effectively improved, ensuring the smooth progress of landscape construction and providing strong support for creating beautiful garden landscapes.

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• Exploring Key Issues in the Structural Design of Supertall Buildings

  Zi-Fu Hu

  With the accelerated process of urbanization and continuous technological advancement, supertall buildings, as effective means of urban landmarks and space utilization, are witnessing a constant increase in both their construction numbers and heights. The structural design of supertall buildings not only concerns the safety and stability of the buildings themselves but also directly impacts their functional use and economic benefits. This paper aims to explore several key issues in the structural design of supertall buildings, including the selection of structural systems, seismic design, consideration of wind loads, choice of materials, and the influence of construction techniques, in order to provide reference for related research and engineering practices.

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• Analysis of Power Distribution Wiring and Cable Operation Techniques

  Chao Ma, Qin-Wu Zhang

  With the increasing demand for electricity, distribution lines and cables, as crucial components of the power system, play a vital role in ensuring the continuity and safety of power supply. This paper aims to explore the operational techniques of distribution lines and cables, without involving case studies or empirical validations, but rather analyzing and summarizing relevant technologies from a theoretical perspective.

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• Research on Ecological River Channel Governance Measures

  Min Ao, Heng-Feng Liu

  With the acceleration of urbanization, ecological problems in rivers are becoming increasingly prominent. Traditional river management methods often focus on flood control, drainage, and other basic functions, while neglecting the ecological functions of rivers. This paper aims to explore the principles, methods, and impacts of ecological river management on the ecological environment, in order to provide theoretical support and practical guidance for river ecological management.

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• Construction Project Contract Management and Risk Prevention Measures for Construction Contracts

  Lei Chen

  Contract management in construction projects is crucial for the smooth implementation of projects, while risk prevention in construction contracts is an essential part of ensuring project benefits. This article elaborates on the core role of contract management, methods for identifying and assessing construction contract risks, and proposes corresponding risk prevention measures. These measures include establishing a risk management mechanism, strengthening contract terms review and negotiation, utilizing insurance to transfer risks, enhancing on-site construction management, and establishing a risk warning system, aiming to reduce potential risks and ensure the smooth progress of the project.

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• Smart Garden Design and Considerations for Its Technological Applications

  Jia Hu

  With the rapid development of technology and the acceleration of urbanization, traditional garden design has become inadequate to meet the needs of modern cities. Smart garden, as a new concept in garden design, aims to create urban gardens that are more intelligent, humanized, and ecological by introducing advanced technological means. This article will delve into the concept, characteristics, and technological applications of smart garden design, in order to provide new ideas and references for the construction of modern urban gardens.

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• Analysis of the Application of Computer Network Technology in Electronic Information Engineering

  Qiang Zhang

  With the rapid development of technology, electronic information engineering has become an integral part of modern society, playing an irreplaceable role in various felds. Among them, computer network technology, as the core of electronic information engineering, has a signifcant impact on improving information transmission effciency, optimizing data processing capabilities, and expanding application scope. This paper aims to explore the application of computer network technology in electronic information engineering and the changes it brings.

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• Quality Control and Technological Innovation in High-Speed Railway Station Building Projects

  Chao Gao

  With the rapid development of high-speed railways, the construction quality and technological innovation level of high-speed railway station buildings, as important nodes of railway transportation, are directly related to passengers' travel experience and the urban image display. This article focuses on the two core issues of quality control and technological innovation in the construction of high-speed railway station building boutique projects, conducting in-depth discussions from a theoretical perspective, aiming to provide scientific guiding principles and development directions for the construction of high-speed railway stations.

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• Research on Configuration and Optimization of Age-Friendly Facilities in Pocket Parks

  Jie Luo, Qi-Tao Bing, Wei-Wei Peng, Hui Luo, Yin-Gang Huangpu

  With the acceleration of urban aging, the leisure and activity needs of the elderly are receiving increasing attention. Pocket parks, as small green spaces in urban areas, provide close recreational places for the elderly. This article aims to study the current status of age-friendly facilities in pocket parks and propose optimization suggestions to better meet the leisure and activity needs of the elderly

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• Hydraulic Bracket Electro-Hydraulic Control System Fault Diagnosis Technology Research

  Yang Gao

  In the vigorous development of the coal industry, the hydraulic bracket electro-hydraulic control system serves as the strong backing of coal mining, becoming the backbone of comprehensive mining faces with its high precision and automation advantages. However, the complex structure of the system and the uniqueness of underground environments lead to a myriad of failure issues, posing signifcant challenges to coal mine safety and production. Therefore, delving into fault diagnosis technology for hydraulic bracket electro-hydraulic control systems is crucial for enhancing system stability and reliability. This not only provides solid technical support for coal mining but also serves as a powerful guardian of miners' safety.

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• Analysis of Modern Elderly Care Building Design Concepts

  Wen-Yan Xu, Sung Jun Park

  With the continuous development of society, the issue of aging has become increasingly prominent, making elderly care a focal point of attention for the entire society. Against this backdrop, the emergence and implementation of modern concepts in elderly care architecture design are particularly important. In practice,  it is essential to integrate these concepts throughout the entire process of designing elderly care buildings, starting from the actual needs of the elderly, to create a safe, comfortable, and convenient living environment for them. Moreover, continuous exploration and innovation are necessary to apply more advanced concepts and technological methods to elderly care architecture design, thereby providing higher-quality life services for the elderly.

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