Development of engineering structure
By observing the building structure in China for so many years, we can draw a conclusion that China has made proud achievements in the research and application of reinforced concrete, and at the same time, the bearing capacity of concrete has been greatly improved under the design of prestress and multiaxial stress. At the same time, most factories in China use reinforced concrete to produce seismic performance, and there are many reports in this regard, but compared with the advanced technology in western developed countries, there are still great shortcomings. On the other hand, due to geographical restrictions, it is difficult to study on the basis of soil mechanics and architectural structure design. For example, the climate in the north is dry and the land is relatively solid. Compared with the north, the south is wet all the year round, and there is more soft soil along the coast. In order to overcome these problems, China has developed piling technology and foundation reaction coefficient theory, which has a good development prospect. Finally, the wall stacking technology, in order to avoid excessive natural pressure on the building, I introduced the relevant indicators of the wall structure coefficient. This can not only have a certain binding force on the architectural structure design, but also flexibly adjust the scheme, so the architectural structure design has more room for development.
Basic characteristics and future prospect of architectural structure design
It is cross-cutting and systematic.
Architectural structural design is also classified according to people's habits. Among them, the classification of steel structure design in China is very different from the previous thinking mode, which can be divided into "concrete filled steel tube structure", "concrete filled steel tube composite structure", "steel-concrete composite beam" and "steel reinforced concrete structure", in which the steel structure frame and the central concrete core tube are integrated into one, and then the "steel-concrete system" is produced, which plays an important role in the current steel structure high-rise buildings in China. When reinforced concrete structures are combined with masonry structural members, a masonry structural system with ring beams and columns and a simple brick wall system with concrete core are produced. The combination of natural foundation and pile foundation produces the system of "composite pile foundation and composite foundation", and the special-shaped column and short-leg shear wall structure system are produced in the middle and high-rise residential system. Moreover, in recent years, the development of spatial structure is more remarkable. If the spatial grid structure is combined with the tension structure, some new structural systems will be produced. At the same time, tension members will be skillfully used in these structural designs, and an efficient tension system will emerge as the times require.
It has distinct advanced nature and times.
With the rapid development of science and technology, society has gradually entered the computer and information age. If network technology is applied to corresponding fields, different fields will develop rapidly. The application of computer in building structure design can not only improve the flexibility and plasticity of design, but also concretize imaginary problems, thus increasing its practicability. With the introduction of computer technology in the construction industry, the traditional design mode is gradually broken, which develops and innovates the thinking of architectural structure designers, thus making architectural structure design keep pace with the times. The most typical example is the use of discrete finite element theory to deal with the specific construction problems of building structure design units. Some abstract and scientific buildings can not only meet people's aesthetic needs and requirements, but also increase their use value. However, in some relatively backward areas, it is difficult to introduce information technology and network technology, so it is impossible to build such a building. However, with the popularization of building technology, the gap between the rich and the poor will be shortened, and the new concept of building structure design will be widely used.
Characteristics and future prospect of steel structure buildings
Steel structure building plays a very important role in studying the new concept of architectural structure design. Especially in recent years, people pay more and more attention to the steel structure buildings in China, because they play a very important role in building efficient factories and some public facilities. Compared with many building materials, steel structure has unique advantages in architectural form. Steel structure buildings are lighter, taller and more comfortable, and light steel structure buildings have made important breakthroughs. Light steel structure can optimize the structural section, so that the uniformly distributed load plays a controlling role. Under the condition of no impact, fatigue, vibration and other loads, the effective section after buckling can be fully utilized to analyze the stability of web plates of compression-bending members. In this way, the utilization of post-buckling strength breaks the traditional limitation on the ratio of height to thickness of structural plates, which just meets the high requirements of society for commercialization and high quality and efficiency of construction in construction factories. At the same time, there is still a lot of room for the development of steel structure buildings, and related technical research and modern equipment production need continuous improvement and innovation.
Research on Reliability of Architectural Structure Design
The reliability of architectural structure design is directly related to the development and survival of China's construction industry. Therefore, how to improve the reliability of building structure design directly determines the basis of the development direction of building structure design in China in the future. To improve the reliability of building structure design, it is necessary to apply and grasp the reliability of the building. The structural design of the project needs a high safety system, that is, performance, to ensure the safety of people's lives and property in China. Experienced architects can comprehensively judge the reliability of the project based on solid professional knowledge. On the other hand, in recent years, China has issued relevant specifications for architectural structure design. Designers and constructors should not only strictly abide by the corresponding regulations, but also flexibly formulate design schemes according to the specific conditions of the project, so as to improve and improve the reliability of building structure design to the maximum extent. Finally, architecture is a special commodity, and its adaptability and reliability are directly related to the future development and economic progress of China's construction industry. Therefore, on the basis of ensuring the service life of buildings, it is necessary to improve the safety performance of buildings in the environment where extreme weather occurs frequently. At the same time, the construction of tunnel and bridge engineering should not only follow the corresponding technical standards, but also adopt professional and technical personnel to design the building structure.
Through the above introduction, structural mechanics and engineering structure are the issues that are concerned about in the development of architecture in China. At the same time, the building structure has the characteristics of intersection, systematicness, advancement and times, and the development of steel structure plays a very important role in the design of building structure. This study expounds the reliability of architectural structure design. At present, under the background of informationization and networking, the construction industry in China is developing very rapidly. However, the design and construction of some large-scale complex engineering systems still need to be improved. China can continuously expand the construction of light steel structure by absorbing the successful experience of developed countries. At the same time, strengthen the information and academic exchange in architectural design, so as to promote the better development of China's construction industry.
For more information about project/service/procurement bidding, and to improve the winning rate, please click on the bottom of official website Customer Service for free consultation:/#/? source=bdzd