In recent years, the speed of urbanization in China is accelerating. In this environment, the construction of building engineering infrastructure in line with it has been gradually promoted. At the same time, the use of testing technology in construction projects has increased. The detection technology of construction engineering is mainly the detection of building bearing capacity, building materials and using capacity. At present, there are many kinds of technologies used in the process of construction engineering inspection in China. However, most of the detection technologies still have a lot of defects, which need to be continuously improved. So far, China still does not have a unified standard for construction engineering testing. The non-destructive testing technology of construction engineering has been widely used in the construction process. The universal application of this technology has made a great contribution to the detection technology in China. In view of the current situation, in the detection of construction engineering in China, it is necessary to constantly improve the existing detection technology and constantly analyze the status quo of the development of detection technology, so as to grasp the development trend of related detection technology. Only in this way can we make great progress in the detection technology of construction engineering.
Now, in the process of research on testing technology of construction engineering, some results have been obtained. Through the analysis of specific cases of construction engineering inspection, the following conclusions can be drawn from these analyses: Non-destructive testing technology for construction engineering is one of the main high-tech testing technologies. This technology will promote the development of construction engineering inspection technology in China for a long time. However, despite the rich technical theories of construction engineering inspection in China, there are still a large number of inspection specifications that need to be continuously improved and innovated, and a large number of practical problems need to be resolved expeditiously. In addition, there are large differences between detection techniques. The existence of these differences requires relevant inspection personnel to continuously improve the detection technology in accordance with the characteristics of each construction project.
Therefore, this book explains and analyzes the construction engineering and testing technology in detail with comprehensive knowledge and chapters. It hopes to promote the development and progress of China's construction industry.
With the rapid development of building electrical industry in China, there are more and more places for installation, construction and use of electrical equipment. This puts forward higher requirements for safe and environmentally friendly construction electrical engineering construction technology and scientific rigorous construction supervision. First, this book outlines the basic situation of electrical engineering and building electrical engineering and the application of building electrical engineering construction and supervision technology. Then, this book systematically introduces the construction electrical engineering, the construction design of the construction electrical engineering, the construction technology of the construction electrical engineering, the supervision of the construction, the supervision of the construction power supply and distribution system, the supervision of the quality monitoring system of the construction equipment and the supervision of the elevator installation engineering construction. This provides a practical teaching book for the construction electrical profession and related staff in China.
With the continuous development of society, environment and development have become two major themes of social development.Since the 18th century, the industrialization and urbanization processes of various countries in the world have accelerated significantly, and human civilization and scientific and technological progress have reached a relatively good level of development.At this time, with the continuous improvement of living standards, people's requirements for the living environment have also continuously increased. Therefore, eco-city has become a new pursuit model in the 21st century.
Ecological civilization is to promote the harmonious development of people and nature, people and people, and people and society under sustainable development.From the perspective of ecological civilization, urban construction is to let people live and develop in a harmonious, green, healthy, and comfortable living environment.
With the development of the economy, China is gradually moving towards industrialized cities, and the destruction of the ecological environment has been accelerated in the process of urban industrialization.The construction of cities not only gradually degrades ecosystems, but also seriously threatens survival and development.Therefore, we must be aware of the need to build a better city from the perspective of ecological civilization.With the enhancement of people's ability to understand and transform the world, we should shift from scientific and technological rationality to ecological rationality, so as to better promote urban construction and development under ecological civilization.
Therefore, this book conducts a comprehensive analysis of the integrated development of infrastructure engineering and ecological environment engineering from nine chapters. Relevant problems and solutions are proposed to provide some reference.
随着社会的不断发展，环境与发展已经成为社会发展的两大主题。自从 18 世纪以来，世界各个国家的工业化和城市化进程都有明显的加快，人类文明和科技进步都达到了较好的发展水平。这时随着人们的生活水平的不断提高，人们对居住环境的要求也在不断地提高，因此生态城市已经成为 21 世纪新的追求模式。
With the progress of science and technology and industrialization in various countries, the world's automation technology has made great progress in various operating fields, and the mechanical manufacturing industry is the first to bear the brunt. The application of automation technology in the machinery manufacturing industry can reduce the workload of manual operation, speed up the production rate of products, guarantee the unity of product quality in the work of assembly line, reduce the expenditure of personnel wages, reap more product benefits and enhance the competitiveness of enterprises. Therefore, the application and development of automation technology in machinery manufacturing industry is extremely important.
In the trend of global economic integration, China's machinery manufacturing industry cannot stand still and refuse to make progress. It will be in line with world-wide economic markets. With the application of mechanical automation technology, this market competition will be more intense. As the main body of the market economy, enterprises cannot escape this turbulent and unpredictable environment. In order to survive and develop in it, we must firmly grasp the forefront of market technology, continue to develop new technologies to accelerate the rate of product replacement, and allow enterprises to optimize and upgrade. Mechanical automation technology is currently the core technology of the machinery manufacturing industry. This technology has not yet developed to the extreme, and there is a lot of room for improvement. Therefore, in the machinery manufacturing industry, it is necessary to increase investment in automated machinery, ensure that the technology of enterprises is at the forefront of the market, and increase the utilization rate of machinery.
This book introduces machinery automation technology and equipment, processing equipment automation, material supply and transportation automation, detection process automation, assembly automation, industrial robotics, automation and information technology, and safety automation technology for control systems in machinery manufacturing.
With the deepening of the modernization drive, people have higher and higher requirements for their living environment. Transportation, water, electricity and meteorology have become the main issues to be considered in the modernization drive. The accuracy of China's modernization construction has a great relationship with modern measurement technology. Scientific and reasonable measurement of the construction area can more accurately and effectively construct it. In the initial stage of project selection, it is necessary to use engineering measurement technology to collect relevant data locally. Then, through reasonable and effective analysis of the data, the project construction plan is determined, and the preliminary estimated situation is effectively corrected. In the process of project construction, engineering measurement technology must also be used to reasonably predict and detect the project, so as to ensure that the project quality can reach the standard and further prevent some engineering accidents and dangerous accidents. These are also the most basic functions of the common layer measurement technology. With the continuous development of the times, any kind of technology is inseparable from innovation, as is engineering measurement technology. The innovation and development of engineering measurement technology can not only effectively improve the accuracy of the project, but also ensure the quality of the project in all aspects. Engineering surveying technology is an important task in engineering construction. The accuracy of its measurement data is directly related to the quality of the project construction. The modern engineering survey technology uses the power of technology to improve the accuracy and speed of construction surveys. Through the use of various construction measurement technologies, the measurement technology is further developed and its quality is guaranteed. Therefore, we should be committed to the advancement of measurement technology, establish a more comprehensive construction measurement system, effectively guarantee the measurement quality, and improve the quality of construction projects. This book introduces engineering measurement technology in multiple fields, and provides assistance to technical personnel engaged in engineering measurement work.