Construction Engineering Quality Research Articles

Experimental study on the axial compressive performance of prefabricated steel reinforcement cage‐cast‐in‐situ concrete column with an innovative sleeve

AbstractBased on the ribbed rebar with direct rolling thread and hot‐forged double‐lock nut mechanical sleeve connection technology, a construction method for prefabricated reinforcement cage‐cast‐in‐situ concrete (PRC‐CISC) column using this connection is proposed. This method contributes to improving the construction efficiency and engineering quality of reinforced concrete columns. Four PRC‐CISC columns and four control specimens were designed with rebar strength, rebar ratio, and rebar connection method as analysis parameters. A comparative study was conducted on their failure modes, axial compression performance, and rebar connector (coupler) working mechanisms. The results show that compared to the control specimens, the crack morphology of PRC‐CISC columns has no significant difference. However, the apparent yielding position of the reinforcement cage may occur on the cross‐sections where the rebar is located on both sides of the sleeve. The partial carrying capacity of the specimens may increase or decrease (≤4.08%), and the maximum deviation of the displacement ductility coefficient is 0.14, indicating that its strength and deformation differences are relatively small. Furthermore, the study reveals the random migration behavior of the control section of PRC‐CISC columns. When the specimens fail, the strain of the sleeve is significantly smaller than the rebar strain in the control specimens, while the concrete strain shows no significant difference. This is because the increase in the effective area of the sleeve shares the vertical load it bears. Finally, based on the test results, sleeve constitutive relationship, and random migration behavior of the control section, the compressive load capacity range of the positive section of PRC‐CISC columns is proposed. This method can effectively estimate their actual carrying capacity and is consistent with the force characteristics.

Construction Strategies for Residential High Rise Buildings Decoration during Structure Work

The market's attention to the quality and efficiency of engineering construction is continuously increasing. Quality inspection departments, market departments, and others have begun strict supervision and review of projects, aiming to ensure that they are completed in accordance with the correct ideas and standards. Process interleaving is achieved through design optimization and process optimization, reducing processes and measures, and fully utilizing spatial and process parameters to achieve the goals of shortening time parameters, improving quality, and reducing costs. The design of process interleaving schemes lies in the effective utilization of the plane site and spatial resources on the construction site, maintaining the improvement of utilization efficiency, installing as many construction mechanization equipment as possible, and adopting an automated construction mode to improve not only construction efficiency but also reduce the impact of external temperature, humidity, and climate, thereby achieving better improvement in engineering construction quality.

Civil Engineering Construction Quality and Safety Management

Civil Engineering Construction Quality and Safety Management

High-density analysis of surface wave profile imaging based on a multiple coverage common-midpoint signal-couple array

Surface wave exploration technology has been extensively used in the inspection of construction engineering quality and shallow surface surveys. To enhance the efficiency of surface wave exploration field acquisition and achieve high-precision and high-density surface wave profile imaging, a wireless distributed seismic surface wave signal acquisition system has been developed based on the principles of active source transient surface wave signal acquisition and dispersion curve calculation methods. For the purpose of achieving rapid multiple coverage signal acquisition and enhancing fieldwork efficiency, a method for rapidly configuring common-midpoint signal couples (CMCs) for multiple coverage common-shot signal acquisition has been devised, and a high-precision visualization method for dispersion curve calculation based on the CMC array has been formulated. When compared with the multichannel analysis of the surface wave method under identical conditions, the CMC array can effectively enhance surface wave dispersion curve survey station density and lateral resolution, thereby enabling high-density analysis of surface wave profile imaging. Through model analysis and field examples related to construction quality detection, including foundation compactness and earth and rock mixture compactness, it has been demonstrated that this method offers significant advantages in terms of high accuracy, high density, and a wide application range. These advantages greatly enhance the efficiency of surface wave exploration and the accuracy of profile imaging for the construction of engineering projects.

Discussion on the main points of construction quality control in civil engineering

With the improvement of comprehensive development level, civil engineering is perceived a promoted position in the development of the whole market economy in China. Civil engineering is an important link for building construction. Good civil engineering construction management ensures the overall engineering quality control level. Through the reasonable analysis of construction standards, construction contents and construction steps of civil engineering, the actual construction control and management methods of civil engineering are defined, the effective control scheme of civil engineering quality is analyzed, and reasonable suggestions for solving problems are put forward, so as to realize effective control and management of civil engineering construction quality in China. This paper makes an analysis of the actual construction control and fully studies the measures and schemes of the actual construction quality control to improve the management efficiency of the construction quality control of civil engineering.

Construction of Construction Engineering Quality Supervision and Management System Based on BIM

The quality supervision and management of construction projects is an important content in the management of construction projects. The construction quality of construction projects is related to the reputation and image of construction enterprises and the vital interests of residents. If we neglect the quality supervision and management of construction projects, it will increase the quality risk of construction projects and cause very serious consequences. Therefore, this paper constructs the quality supervision and management system of construction projects based on BIM. Because of the huge amount of data in the whole high-rise building project, it is inevitable that data will be transmitted and shared in the model, and storage resources often need to be calculated, processed and deleted. The application of cloud technology can improve the data integration problem. The perfect construction management system of architectural engineering consists of four aspects: ideological guarantee system, organizational guarantee system, work guarantee system, institutional guarantee system and economic guarantee system. During the construction process, BIM related technologies are used to control the quality.

Application of Smart Site Construction Technology based on BIM Technology

In the construction industry, it is necessary to highlight the necessity of modern information technology application based on a comprehensive form and accelerate the overall process of smart site construction in order to promote the simultaneous improvement of engineering construction quality and efficiency. Government departments have paid great attention to quality issues in the construction stage of construction projects, and with the strong support of the government, with the continuous development of the construction industry, it has provided extensive spatial support for the application of BIM technology. In the smart site construction project, the application effect of BIM technology can not only improve the construction quality of the project, but also optimize the application effect of smart site construction technology while reducing the difficulty.

Study on Measures to Improve Construction Engineering Quality in Construction Management

Study on Measures to Improve Construction Engineering Quality in Construction Management

Analysis of Mechanical and Electrical Installation and Construction Technology in the Construction Site

With the continuous development of the current society and the further improvement of science and technology, the quality of mechanical and electrical construction engineering receives people’s attention. Construction engineering construction mechanical and electrical installation construction technology is an important technology applied in the current construction industry, which is directly related to the normal operation of the building internal equipment. This paper strengthens the analysis of construction site mechanical and electrical installation construction technology, so as to provide reference for relevant researchers.

Research on Effective Control Strategy of Construction Engineering Management and Engineering Construction Quality

Research on Effective Control Strategy of Construction Engineering Management and Engineering Construction Quality

Analysis on Construction Technology of Concrete Structure in Civil Engineering

The rapid development of science and technology puts forward higher requirements for new building construction, especially in civil engineering construction. The construction quality of construction engineering is the core management and the testing link. The Concrete structure is an important safety and quality guarantee in the project and is the top priority in the civil engineering. In civil engineering, the concrete structure has an important social impact on the continuous research and development, and application of construction technology. This paper, discuss the advantage and disadvantage of using concrete in building construction.

Supervision method of indoor construction engineering quality acceptance based on cloud computing

Abstract As an important part of Chinese economy, the construction industry has a great contribution to the economy, and plays an important role in the Chinese economic development. Therefore, it has certain research significance for the quality acceptance supervision method of construction engineering. This article takes Shenzhen S project as an example, combined with cloud computing, discusses the quality acceptance and supervision methods of indoor construction projects. In the introduction to the technical part, this article first briefly introduces the definition of cloud computing and then introduces the particle swarm algorithm and traditional genetic algorithm in the cloud computing task scheduling method. The algorithm is introduced into the quality acceptance of indoor construction projects to obtain the quality, most efficient method for acceptance supervision. The experimental part of this article takes S project as the research object and the residents’ satisfaction with the project as the experimental purpose. Finally, through statistical analysis, it is concluded that the residents’ satisfaction with S project reaches more than 70%.

Analysis of Influence of Electrical Engineering Construction Procedure on Electrical Engineering Construction Quality

Analysis of Influence of Electrical Engineering Construction Procedure on Electrical Engineering Construction Quality

Application of BIM in Architectural Design, Project Construction, and Project Management

The construction quality and efficiency of construction engineering are directly related to people’s daily life. Therefore, construction enterprises must keep pace with the times and actively introduce advanced technical means into architectural design, project construction, and management, so as to ensure the quality and safety of construction to the maximum extent. The application of BIM not only improves the efficiency of construction and construction quality, but also realizes the control of construction cost. This study explores and analyzes the advantages of BIM as well as proposes application strategies of BIM in architectural design, project construction, and management, hoping to contribute to the smooth construction of construction engineering.

Exploration on Construction Engineering Supervision and Construction Engineering Quality

Exploration on Construction Engineering Supervision and Construction Engineering Quality

Construction Engineering Quality Problems and How to Effectively Carry out Quality Supervision Countermeasures

Construction Engineering Quality Problems and How to Effectively Carry out Quality Supervision Countermeasures

Key Points and Innovative Measures of Construction Engineering Quality Supervision and Management

Key Points and Innovative Measures of Construction Engineering Quality Supervision and Management

Discussion on the Significance of Building Engineering Management and Analysis of Engineering Construction Quality Control Measures

Discussion on the Significance of Building Engineering Management and Analysis of Engineering Construction Quality Control Measures

Research on Standardization of Construction Engineering Quality Inspection

Research on Standardization of Construction Engineering Quality Inspection

Systematic Thinking and Evaluation of Construction Quality Management Standardization of Power Engineering in China

Power engineering is complex, involving many participants, numerous management factors, and different stages. To improve the quality management level of power engineering and realize the standardization of power engineering quality management, power engineering construction quality management standardization (CQMS) is evaluated using the order relation analysis method (G1 method) and the cloud model method. Firstly, based on systematic thinking and practice in China, the CQMS framework is proposed, and the evaluation index system including organizational performance, management behaviour performance, and entity performance related to power engineering construction quality is established. Subsequently, the G1 method is used to determine the weight of each index, and the cloud model method is used to implement the evaluation process. The results are divided into five grades, representing the five grades of construction quality management. Finally, taking a practical multiterminal DC demonstration project in China as an example, the CQMS performance is described and evaluated. The evaluation results directly reflect the level and difference of CQMS and show that this evaluation method can provide a reference for CQMS in power engineering.