Active application of cross-section structure reinforcement technology

Nowadays, in the construction of construction projects, the construction technology of cross-section structure reinforcement is widely used. The practical application process of this technology is as follows: the construction technology is mainly carried out by continuing to pour the reinforced concrete layer on the reinforced concrete pressure surface. This measure can not only increase the section height of the building, but also promote the expansion of the building area. While strengthening the bending resistance of the building's front section, the shear resistance of the inclined section will also be improved. In addition, the rigidity of the building's frontal section and inclined section will be greatly improved, which will enhance the overall application performance of the building structure. The application measures of this technology are very simple among similar measures, and at the same time, this measure also has certain practicability, and good application results can be obtained in most building construction structures. At present, cross-section reinforcement technology has been widely used in building construction in many regions of our country, and has achieved good results and successful experience. However, this construction technology will also have a certain impact on the building construction. After the construction is carried out with the help of this construction technology, not only the cross-section will increase, but the total area of the building interior will also decrease accordingly.

Carbon fiber structure reinforcement technology

In the process of continuous development of structural reinforcement technology, carbon fiber structure reinforcement construction technology is one of the cutting-edge construction technologies. At the same time, this technology has immediately become one of the most widely used structural reinforcement technologies in my country's modern construction industry. This construction technology mainly uses structural adhesives or exploration fibers to realize the reinforcement of building structures. The application process of this construction technology is very simple, and it is not difficult for some builders with poor professional technical ability, and there is no need to arrange a special person to strictly manage the construction period. This construction technique has certain adaptability and can achieve good reinforcement effect in many types of building construction.

Structural Bonded Steel Reinforcement Technology

For construction projects, the key to reinforcement technology lies in the rational application of adhesives. With the application of adhesives, the building can be reinforced and the overall reliability of the construction project can be improved. Adhesives can be applied outside the building construction organization, which can help improve the reliability of the building while ensuring construction safety. This construction method is a very advanced structural reinforcement technology, and its biggest advantage is that it does not use too much house space. With this measure to carry out the reinforcement of the building structure, after the reinforcement work is done, neither the appearance of the building nor the interior space of the building will be changed too much. As far as possible, it can be ensured that the old structure of the building is not changed too much. At the same time, the operation of this reinforcement technology is extremely simple, and the builder does not need too much time to strengthen the building structure. In addition, this technology has the advantage of not many applied materials, so this reinforcement technology has gradually been widely used. In the future, this reinforcement technology is bound to become the main measure of building structure reinforcement. Not only that, this reinforcement technology can also be used to strengthen the already built buildings.

Outsourcing steel reinforcement technology

Outsourcing steel reinforcement technology is used as a reinforcement measure to carry out construction with the help of concrete. This measure is mainly based on the original structure of the building and reinforces its exterior. The main positions of construction involve the sides, surfaces and four corners of the building, and the corners are reinforced to enhance the reliability of the building. This can improve the load-carrying capacity of the construction project, but it can be processed in the form of wrapping angles according to the building section, which can improve the reinforcement technology. For example, for construction steel bars with columns and bends, a reasonable selection of flat bars and gaskets is required. During this period, it must be noted that no matter what kind of steel reinforcement is used, gaps in the curved building cannot be avoided. Therefore, it is necessary to fill and smooth the gap with epoxy mortar during construction. For reinforcement methods such as fine stone concrete, it is mainly called wet outsourcing.

Reinforcement method

The reinforcement method of reinforced reinforcement is to drill a certain number and specifications of holes in a specific structural position, then insert the reinforcement material into the holes in turn, and pour an appropriate amount of glue into the holes. After the glue solidifies, an integral structure can be formed between the steel bar and the building structure, which further improves the strength of the structure. It is worth noting that during the application of the reinforcement method of reinforced reinforcement, it is necessary to do a good job of cleaning the construction holes to remove the dust and impurities at the bottom of the holes. At the same time, do a good job of checking the appearance quality of the steel bar, and do the work of removing the rust of the steel bar under necessary conditions, and slowly place the steel bar in the hole clockwise until the steel bar reaches the bottom of the hole. And do a good job in the preparation of glue for steel anchorage to ensure that the glue is evenly stirred and its performance is in line with relevant technical standards