Engineering Construction Technology Research Articles

Research on Using BIM Technology in Industrial Production Line Construction

The production line construction is an unavoidable problem in manufacturing industry. With the continuous development of information technology, BIM technology with data attributes is more and more widely used in engineering construction. BIM technology is the inevitable product of the in-depth integration of data technology, information technology and engineering construction technology. Starting from data, model, coordination and practice, information technology is applied to the design, construction, operation and maintenance of production line construction, and an engineering construction management model with a complete life cycle is deeply constructed. This paper first introduces BIM technology and its application value in production line construction, and then explains the practical application of BIM technology in production line construction from four aspects.

Discussion on Technical Measures for High Standard Farmland Construction

The construction of high-standard farmland is an important measure to improve the quality of cultivated land and ensure the national grain. In this context, this paper discusses the concept, connotation and objectives of high-standard farmland construction through the literature method and combined with years of experience in high-standard farmland construction engineering technology, summarizes the technical points of high-standard farmland construction, and looks forward to the development trend of high-standard farmland construction technology in China in the future, in order to provide methods and references for China's high-standard farmland construction.

An Introduction to Civil Engineering Construction Technology in Civil Engineering Construction

The commercial demand and urbanization demand brought about by economic development have increased the quantity and quality requirements of construction projects. Civil engineering in the construction process needs to be supported by a number of technologies, such as foundation technology, steel structure technology, concrete technology, etc., the only way to promote the sustainable development of China's construction industry is to accurately master these technologies. With the continuous improvement of China's economic development, people's living standards have also been improved, and therefore also more aspiring to a better life experience, so for the living environment and conditions put forward higher requirements. As the main place for people to live and reside, the quality of the building and its environment have a greater impact on people's living experience, so the quality of the building is given more attention. As the main participant in the implementation of the building, the construction industry in the construction of housing, it is necessary to pay more attention to the quality, while ensuring the quality of construction, but also need to pay attention to the economic benefits. Along with the rapid development of the country, the scale of urban infrastructure is getting bigger and bigger. The breakthrough and innovation of construction technology in civil engineering construction can not only bring more profits for construction enterprises, but also provide a strong guarantee for the smooth progress of construction projects. In order to realize the quality of civil engineering construction projects, building construction units need to be careful and detailed planning for construction details, standardize the corresponding construction technology. Therefore, this paper discusses the construction technology related to civil engineering construction projects, analyzes the relevant problems and puts forward innovative solutions.

Research on foundation engineering design and construction technology in soft soil area

Research on foundation engineering design and construction technology in soft soil area

Analysis of Highway Project Construction Technology Management

Highway engineering construction plays a pivotal role in driving urban economic development, in the face of modern urban transportation high-quality development. To achieve high-quality development in modern urban transportation, it is imperative to engage in effective management practices. This article analyzes the technology involved in highway engineering construction, delving into key aspects of highway construction technology, and examining measures for managing and controlling highway engineering construction technology effectively.

Optimization of Curtain Wall Production Line Balance Based on Improved Genetic Algorithm

In recent years, construction engineering technology has been developing rapidly, and the application of curtain walls inside modern buildings is also increasing. However, with the increasing number of curtain wall orders, most factories are facing challenges in the market due to low productivity caused by a low balance rate of curtain wall production lines. This paper is useful in improving the balance rate of the curtain wall production line; firstly, we use the improved genetic algorithm to obtain the optimal sequencing scheme of the curtain wall production line. Then, the optimization plan is validated through FLEXSIM simulation, and the results show that the device utilization rate of each workstation reaches 80%. Finally, this paper designs an intelligent production factory for curtain walls, and then builds an intelligent production line for curtain wall columns for experiments. The experimental results show that the workstation operation time has been reduced from 360 s to 300 s; the production line balance rate has increased from 57.04% to 91.60%. Therefore, it can be concluded that the modified genetic algorithm is valid in improving the balance rate of curtain wall production lines and raising the production efficiency of enterprises.

Preface

International Conference on Sustainable Practices in Engineering & Technology (IC-SPET’23) is the AICTE sponsored first international Conference organised by Department of Civil Engineering of Sree Buddha College of Engineering, Pattoor, from 14th to 16th June, 2023 with a focal theme on Sustainability in Civil Engineering. The sub themes were Structural Engineering & Sustainable Construction Technology, Water Resource & Environmental Engineering, & Transportation Engineering, Modelling & Computational Techniques in Civil Engineering and GIS application in Civil Engineering. The conference is planned and organized with an objective of providing a platform and conducive environment for the participants to share innovations in Engineering and Technology and to form international relationships among the researchers involved in Engineering and Technology.The three-day international conference was conducted from 14th June, 2023 to 16th June, 2023 in hybrid mode. The conference was inaugurated by the chief guest Dr. N.P. Rajamane, Professor, Scientist, Founder & Former Head (a) Centre for Advanced Concrete Research (CACR), SRM IST (b) Advanced Materials Lab (AML), CSIR-SERC. Renowned national and international speakers such as Dr. N. P. Rajamane (Scientist, Founder & Former Head - (a)CACR, SRM IST (b) AML, CSIR-SERC), Dr. Kamal Laksiri (Governor, Region 10, ASCE), Dr. Sumi Siddiqua (Associate Professor, The University of British Columbia, Canada), Dr. Tanmay Basak (Professor, Indian Institute of Technology Madras) and Dr. Vinu Unnikrishnan (Assistant Professor, College of Engineering, West Texas, USA) has delivered keynote address on sustainable practices in diverse fields of engineering.To IC-SPET’23, 103 technical papers from various institutions within and outside the state were submitted, out of which 65 papers accepted for presentation. And 17 papers were selected to include in this proceeding of conference through meticulous review process performed by experts in the field.We would like to greatly acknowledge the active contribution of keynote speakers, session chairs, reviewers, authors and participants towards the success of the conference. We express our indebted gratitude to Prof. K. Sasikumar, Hon'ble Chairman of the Sree Buddha Group of Institutions, Prof. V. Prasad (Secretary) and Sri. A. Sunil Kumar (Treasurer) of the Sree Buddha Educational Society, Dr. K. Krishnakumar, the Principal of Sree Buddha College of Engineering and all members of Sree Buddha Educational Society for their invaluable guidance and support for the successful coordination of the event. We appreciate the efforts of the faculty members, staff, and student volunteers of the Department of Civil Engineering, who worked as a team and shared responsibilities for the successful coordination.We would like to acknowledge the financial assistance received from AICTE (All India Council for Technical Education) for organizing the conference. We express our sincere gratitude to all the associating organisations and institutions such as ASCE, IEI Kollam local center, ICI Kochi center, Habilete learning solutions, Indian Institute of Infrastructure and Construction, Qcrete and T. R. Associates for their timely assistance. Finally, we express our sincere thanks to the team of IOP Conference series lead by Cat Leyland and Rachelle Morris for bringing out this proceedings.

Reform and Practice of the Course “Road Engineering Construction Technology and Organization” Based on Smart Classroom

Smart classroom is an inevitable result of the deepening integration of new-generation information technology and education means, and it is an unavoidable choice of university education informatization in the intelligent era. The Bridge-in, Outcomes, Pre-assessment, Participatory Learning, Post-assessment, and Summary (BOPPPS) model is used to construct the effective teaching mode of a smart classroom based on the analyses of the connotation and characteristics of a smart classroom, and the teaching reform and practice are carried out on the “Road Engineering Construction Technology and Organization” course. Through a questionnaire survey, it is found that the construction of a smart classroom effective teaching model can fully mobilize students’ learning enthusiasm and improve the efficiency and effectiveness of students’ learning.

Application of BIM + Virtual Simulation Technology in Road Engineering Construction Technology and Organization Course

We focus on the goal of undergraduate talent training, consider the course features of Road Engineering Construction Technology and Organization, analyze the problems existing in the practical teaching of the course, use the advantages of BIM + virtual simulation technology, design a scientific and reasonable practical teaching content of Road Engineering Construction Technology and Organization, and address the contrast between the strong practical aspect of the traditional Road Engineering Construction Technology and Organization course and the lack of practical instruments in hope to improve students’ learning autonomy, enhance the quality of practical teaching, achieve the training objectives of the course, and nurture applied technical talents.

Research on the Integration of Professional Education of Construction Engineering Technology and Innovation and Entrepreneurship education

With the rapid development of society and economic growth, the construction engineering industry has become an important industry. However, the traditional professional education of construction engineering technology attaches more importance to theoretical knowledge explanation of construction engineering and lacks practical education and cultivation of innovative and entrepreneurial consciousness, which is not quite in line with the needs of industrial development. Therefore, the integration and development of professional education in construction engineering technology and innovation and entrepreneurship education have attracted much attention. This paper discusses and analyzes relevant theories and concepts, effectiveness and problems of integration practice, ways and methods to promote integration development, policies and measures, respectively. Through various ways and methods, the deep integration of professional education in construction engineering technology and innovation and entrepreneurship education is strengthened to promote industrial innovation and development.

The practice of ideological and political construction in the course "Steel Bar Flat Law Recognition and Measurement"

Under the background of the concept of big ideology and politics, through the organic integration of professional courses and "curriculum ideology and politics", students should not only learn professional knowledge and skills, but also cultivate students' craftsman spirit, hard work spirit, professional quality and professional normative awareness. Taking the course of Steel Flat Drawing and Takeoff of Construction Engineering Technology as an example, this paper takes the reform of the three teachings as the background, starts from the content characteristics of the course, fully excavates the elements of ideological and political education that can be used, explores the ideological and political entry point of the professional course of construction engineering technology, realizes the effective integration of professional course teaching and ideological and political education elements, stimulates students' professionalism, and aims to achieve a good effect of ideological and political collaborative education in the curriculum.

Exploration on Talent Ttraining of Digital Media Art under New Engineering

New engineering is a supply-side structural reform of talent training driven by industrial structure adjustment and transformation and upgrading in China’s higher education. It includes emerging disciplines and majors corresponding to new business forms, as well as application-oriented talent training models, emphasizing interdisciplinary integration, social practicability and comprehensive ability training. Digital media art, which relies on technology, keeps up with technological innovation, and has the dual characteristics of art and engineering, needs to explore an effective talent training model suitable for the characteristics of this major. Taking the International College of Creative Design of Shanghai University of Engineering Science as an example, this paper investigates and analyzes the curriculum system of digital media art major in typical colleges and universities at home and abroad, as well as the demand for talents from industrial enterprises, from the current situation of talent training for digital media art majors, combined with the content of new engineering construction and digital media interaction technology as the core. Then construct the course group system to strengthen the training of computational thinking and Internet thinking ability, and pay attention to the organic integration with other horizontal course groups. In the setting of interactive technology course group, we pay attention to engineering thinking, set up courses with the nature of engineering design, and emphasize the cultivation of engineering thinking and practical ability.

Analysis on the Construction of Professional Group and Post Group of Construction Engineering Technology Based on Industrial Development

With the modernization transformation and upgrading of the construction industry, the construction projects are showing a trend of comprehensiveness, diversification and complexity, and the horizontal correlation between different majors is gradually increasing. In the face of new business forms, new models and new challenges in the development of the construction industry, the construction of the professional group of construction engineering technology needs to consider many construction approaches, such as group logic, talent training mechanism, post group establishment, curriculum system, supporting and platform construction of vocational qualification certificates and post certificates.

Pengaruh aditif limbah kerang darah (anadara granosa) terhadap kualitas beton K-225

A rapid development of the concrete construction sector has resulted in an increase in the need for concrete raw materials that are obtained directly from nature. The need for environmentally friendly materials is also increasing along with the development of construction engineering technology, so several studies have been conducted to search for an alternative to raw materials additives or concrete mixtures. Anadara granosa clam shell can be utilized as one of the alternative materials to substitute material for coarse aggregates. In this research, Anadara granosa clam shells of 10% and 13% were added to normal concrete mixtures, aged for 28 days, and then analyzed for characteristics and compressive strength. From the analysis of the results, it was found that an increase in the concrete compressive strength up to 103.67% or 233.47 Kg/cm2 with the addition of clam shells 10% to normal concrete mixtures, while the addition of more than 10% can reduce the concrete compressive strength. Scanning Electron Microscopy results showed a relatively rough surface and many pores on the surface of the concrete due to the addition of a clam shell. Finally, it can be concluded that Anadara granosa clam shells can be used as concrete additives with a maximum addition of 10% of the total weight of normal concrete.

Corrigendum: Optimizing cryopreservation of sea cucumber (Apostichopus japonicus) sperm using a programmable freezer and computer-assisted sperm analysis

Incorrect Funding In the published article, there was an error in the Funding statement. [The funding project “the Agricultural Seed Project of Shandong Province (2020LZGC015)” should not be listed as the first funded project, but “National Key Research and Development Project (2018YFD0901602)”. ]. The correct Funding statement appears below.FUNDING[This work was supported by National Key Research and Development Project (2018YFD0901602), the Agricultural Seed Project of Shandong Province (2020LZGC015), Marine S&T Fund of Shandong Province for Pilot National Laboratory for Marine Science and Technology (Qingdao) (2018SDKJ0502), Chinese Academy of Sciences “Modern Marine Ranching Construction Principles and Engineering Technology Innovation Cross Team” Project (Y82327101L), the Strategic Priority Research Program of the Chinese Academy of Sciences (XDA24030304) and International Partners Program of Chinese Academy of Sciences (133137KYSB20180069). The funders had no role in experiment design, data processing and analysis, and decision to publish or preparation of the manuscript.]The authors apologize for this error and state that this does not change the scientific conclusions of the article in any way. The original article has been updated.

Discussion on the Mutual Promotion of Construction Engineering Supervision and Construction Technology

Discussion on the Mutual Promotion of Construction Engineering Supervision and Construction Technology

Analysis of the Application of Highway Bridge Engineering Construction Technology

Analysis of the Application of Highway Bridge Engineering Construction Technology

Application and Innovation of Engineering Construction Technology

Application and Innovation of Engineering Construction Technology

HVAC Engineering Installation and Construction Technology

HVAC Engineering Installation and Construction Technology

Research on the Key Points of Civil Engineering Design and Construction Technology of Prefabricated Substation

Research on the Key Points of Civil Engineering Design and Construction Technology of Prefabricated Substation