Construction Engineering Quality Research Articles

Application Research on the Integration of Civil Engineering and Computer-aided Building System Based on the Development of BIM

Building informatization and industrialization are mutually advancing in the development process. After BIM technology is widely used in the construction industry, the modeling functions of BIM include standardized components for building building models, “error and leakage collision” inspection, and simulation simulation construction. These functions are in Building industrialization has great advantages in the construction process of prefabricated buildings, especially the standardized design process in the engineering project design stage, which helps to vigorously promote the standardized construction. There is a certain correlation between the improvement of civil engineering construction quality standards and the background of intelligent development. People are more concerned about the quality of engineering projects, and social publicity has been reached for the safety and green environmental protection of buildings. It is imperative to realize technological innovation in civil engineering. The fusion technology of civil engineering technology and computer-aided building system combines building technology, civil engineering technology, control technology, etc. with computer support systems to develop a new type of intelligent building technology. The integration and application of civil engineering and computer-aided building systems are highly valued by the country, which will lead the development direction of the wood construction industry. For colleges and universities, the research and study of the integration and application of civil engineering and computer-aided building systems not only puts forward new requirements for student learning, but also provides new ideas for the direction of employment, and at the same time has a deeper understanding of the relevant research system of universities change. The article mainly explains the working principle of BIM, based on the BIM development background and the integration advantages of civil engineering and computer-supported building systems for specific applications in construction projects, with the goal of promoting the further development and popularization of this technology.

Energy saving construction technology analysis of building engineering

The wide application of energy-saving technology in the construction of building engineering can effectively deal with the problem of energy consumption in the construction process. The application of various energy-saving construction technologies in construction engineering can reasonably reduce the construction cost of construction engineering, is conducive to improving the thermal insulation efficiency of construction engineering, and then improve the construction quality of construction engineering, and greatly improve the economic and social benefits of construction. In this paper, the energy-saving construction technology in building engineering is analyzed for reference.

Innovative Application of Quality Management Method in Le Engineering Construction Process with the Computer-Aided

As our country’s pillar industry and strategic industry, the healthy development of the building industry directly affects China’s national economy. From the perspective of building practice, China’s construction enterprises carry out engineering management based on the traditional “person governance” management method, which makes the quality of construction engineering always at a low level. Even in the LE project, the “tofu” building has appeared. Thus it puts forward higher requirements to building construction enterprises, urging them to study scientific quality management theories and methods and put them into use, to improve the quality of construction management level and then build more high-quality buildings. This paper briefly analyzes the present situation of LE construction quality management, and mainly expounds the application of quality management methods with the computer-aided in LE engineering construction, so that LE engineering construction enterprises can improve quality management efficiency and achieve sustainable and healthy development of construction engineering industry.

Automation Technology in Equipment Installation Technology and Quality Management

The rapid development and continuous advancement of technology promote people’s quality of life to get better and better. People are paying more and more attention to highly intelligent automation. Long-term development is achieved by automation technology because of the promotion of science and technology. Under the premise of this kind of development, the construction process of my country’s construction projects has become more and more complicated, which has greatly increased the difficulty of my country’s construction project management and control. In order to better coordinate the construction project links and accelerate the construction progress, it is necessary to continuously improve, improve and innovate the existing construction project management control strategies. The level of control will also be continuously improved in terms of construction project quality management. At the same time, precision and efficiency are high, and highly automated equipment is gradually increasing, and the investment cost of equipment is getting higher and higher. The proportion of equipment-related costs in product costs has also increased. Therefore, strengthening equipment technology management to reduce equipment life cycle costs and many other aspects occupy a very important position. This article first outlines automation technology, then analyzes its impact on mechanical design and manufacturing, and analyzes the current status of construction engineering quality management. On this basis, it focuses on the application of automation technology in equipment installation and quality management for reference.

Implement quality control of roadbed pressure in highway engineering

In daily life, highways are the most common public facilities and are closely related to people’s travel. Therefore, various management departments must pay attention to strictly supervise the quality of each construction link of highway engineering, especially in accordance with the requirements of relevant standards, do a good job of quality control of highway subgrade compaction. This article first analyzes the factors affecting the quality of roadbed pressure in highway engineering, and proposes targeted quality control measures, hoping to provide a reference for the improvement of my country’s highway engineering construction quality.

Analysis of existing problems and influencing factors of construction industrial engineering quality

Building industrialization, promote the industrialization of the world architecture development, promoted the pace of urbanization construction, in the aspect of building industrialization in China started late, so under the background of industrialization, in the course of the construction of construction engineering quality management experience a slight lack of current industrial construction project quality management of construction was still in the stage of research and practice, this article mainly through to the building industrialization construction quality has carried on the detailed analysis of existing problems, and combined with the traditional construction project quality management method, analyses the construction quality control factors of industrialization, It will provide some research data for future research on engineering quality control methods.

Briefing in Singapore Quality Management System Based on China Construction (South Pacific) Dev Co Pte Ltd’s Practice

According to deeply analysis of the construction engineering quality super vision system in Singapore,this paper summarizes the supervision experiencesbfrom three dimensions,namely process,methodsand measures,Furthermore,analyzes the enlight enment of the quality supervision system of Singapore’Sconstruction engineering to the quality supervision of China,including establishing a life-cycle construction quality supervision system,formulating aunified quality evaluation method,aswellasimproving theconstruction quality assurance measures.

Quality problems and countermeasures in construction process

Quality is the life of architecture. Without quality there is nothing. Engineering projects have the characteristics of large investment and long construction period, so the quality of construction projects must be strictly controlled. The control of construction quality of engineering projects is the quality control of the whole process and the participation of all employees.It is the implementation of construction engineering quality regulations and mandatory standards, the correct configuration of construction production management elements and the use of scientific management methods to achieve the expected use function of engineering projects And quality standards, deliver the owner a satisfactory quality project. Most of the quality problems of construction projects appear in the construction stage. Therefore, we must strictly control the quality in project construction, strengthen the whole process management from the organization and management, find a project quality management system suitable for China's national conditions, and be able to eliminate the hidden quality hazards in the project in time to ensure the project The construction project can meet the target requirements, and the project quality can be effectively controlled.This article mainly analyzes the current problems affecting the construction quality, combined with the actual analysis, and then find some countermeasures to solve the problem.

Analysis of the Main Controlling Factors of the Development Effect of a Single Well for Coalbed Methane

To determine the main controlling factors of the coalbed methane (CBM) development effect, 64 production wells were selected from the Mabidong Block as the study objective. Three aspects of the main controlling factors that affect production were analyzed: the reservoir geological conditions, the engineering construction quality and the drainage and production system. In addition, two new parameters, i.e., the resource index and the desorption index, were defined to better evaluate the influence laws of geological conditions on production. This study indicates that the resource index, the desorption index and the master fracture density are well correlated to stable gas production. Furthermore, fracturing is an effective way to improve the CBM development effect, but it must be based on the presence of adequate resources. Finally, the drainage and production intensity is strongly correlated with production, and the optimum value of drainage and production intensity for the Mabidong Block is 6∼7 m/d.

Correlation Analysis between the Control Degree of the Construction Project Department to the Labor Subcontracting Team and the Construction Quality

As the labor subcontracting team is the most basic organizational unit on the construction site, which can have an impact on quality, safety, construction period and cost, the management of the labor subcontracting team by the construction project department is a very important part of the project management. The construction quality of construction engineering is also a hot issue studied by many scholars. From the existing research results, we can know that there are many factors that affect the construction quality. This paper sets up the concept of control degree, which indicates the comprehensive management level of the construction project department to the labor subcontracting team, establishes the control degree and construction quality evaluation system, and calculates the weight and comprehensive score of each evaluation index of the control degree and construction quality evaluation system by using entropy weight method. The correlation between control degree and construction quality is analyzed by using SPSS software, which provides reference for construction project management.

Analysis of Importance of Engineering Survey in Construction Engineering Quality Management

Engineering survey is an important technology applied in the quality management of construction engineering. By conducting engineering survey, it can provide necessary data support and measurement methods for the early exploration, mid-term construction, and later acceptance quality management of construction engineering. In the process of construction quality management, how to apply the engineering measurement technology reasonably becomes an urgent problem to be solved. This article will give an overview of engineering survey, and describe the important role of it, and give some opinions and suggestions.

建设工程质量检测公司核心竞争力评价研究

建设工程质量检测公司核心竞争力评价研究

Analysis of Importance of Engineering Survey in Construction Engineering Quality Management

Engineering survey is an important technology applied in the quality management of construction engineering. By conducting engineering survey, it can provide necessary data support and measurement methods for the early exploration, mid-term construction, and later acceptance quality management of construction engineering. In the process of construction quality management, how to apply the engineering measurement technology reasonably becomes an urgent problem to be solved. This article will give an overview of engineering survey, and describe the important role of it, and give some opinions and suggestions.

Detecting Structural Components of Building Engineering Based on Deep-Learning Method

AbstractDetecting engineering structural components is the basis for intelligently managing construction engineering quality, scheduling, and costs. However, the detection of engineering structural...

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

<p>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.</p>

Quality management of transport engineering constructions in Vietnam - responsibilities and obligations of related parties

Management of transport engineering construction quality is a very serious problem in need of attention in Vietnam today. This determines the quality, progress and cost of construction of works. This article deals with the responsibilities, obligations, and coordination of the relevant parties, including owner, contractor, design consultant, and construction supervision consultant in the field of transport engineering construction quality.

Research on Optimization of Big Data Construction Engineering Quality Management Based on RNN‐LSTM

Construction industry is the largest data industry, but with the lowest degree of datamation. With the development and maturity of BIM information integration technology, this backward situation will be completely changed. Different business data from a construction phase and operation and a maintenance phase will be collected to add value to the data. As the BIM information integration technology matures, different business data from the design phase to the construction phase are integrated. Because BIM integrates massive, repeated, and unordered feature text data, we first use integrated BIM data as a basis to perform data cleansing and text segmentation on text big data, making the integrated data a “clean and orderly” valuable data. Then, with the aid of word cloud visualization and cluster analysis, the associations between data structures are tapped, and the integrated unstructured data is converted into structured data. Finally, the RNN‐LSTM network was used to predict the quality problems of steel bars, formworks, concrete, cast‐in‐place structures, and masonry in the construction project and to pinpoint the occurrence of quality problems in the implementation of the project. Through the example verification, the algorithm proposed in this paper can effectively reduce the incidence of construction project quality problems, and it has a promotion. And it is of great practical significance to improving quality management of construction projects and provides new ideas and methods for future research on the construction project quality problem.

Research on Mechanical Properties of Steel Fiber Reinforced Rubber Concrete

The purpose of this paper is to research on the mechanical properties of steel fiber reinforced rubber concrete in this paper. Cracks, deformation and other issues often exist in the process of using concrete, a commonly used building material. Adding a certain amount of powder or rubber particles in concrete can be a good solution to these problems. This work studied construction technology of green rubber concrete. It is found that only by emphasizing the selection of tire and rubber particles as well as fabrication and application of rubber concrete can the quality of construction engineering be improved to the highest extent, based on the concept and characteristics of rubber concrete and combining them with the status of their applications in building construction.

Optimization Layout of Anhui Provincial Construction Engineering Quality Inspection Institutions

Construction engineering quality inspection is an important means to ensure the quality and safe use of construction engineering. On the base of analyzing the status and the main problems of Anhui provincial construction engineering quality inspection institutions, the five principles were proposed to put forward the total control, optimize the structure and increase and development ability, moderate competition and standard development. By optimizing the detection mechanism, enhancing the overall level of the testing agencies, and strengthening supervision, to achieve a basic balance and reasonable layout of supply and demand in various cities and regions. It provides reference for the research and practice of the supervision and management of construction engineering quality test institutions.

Discussion on Key Points of Project Quality Control of High-rise Building

<p>Construction engineering quality is the life of the construction enterprise, also the premise and inexhaustible motive force for the development of the enterprise. Through the effective control of the quality of high-rise building, scientific and reasonable management measures were developed to promote the improvement of quality of high-rise building, so as to effectively ensure the quality of the project, to ensure the economic benefits of enterprises, and promote the development of the construction industry.</p>