Prefabricated concrete irregular-shaped pile

Abstract

The invention discloses a prefabricated concrete irregular-shaped pile, which comprises a concrete pile body (1) and is characterized in that the outer outline of the cross section of the concrete pile body (1) is H-shaped or T-shaped, a reinforcement cage (2) is arranged in the concrete pile body (1), the outer outline of the cross section of the reinforcement cage (2) is H-shaped or T-shaped, and the reinforcement cage (2) is composed of a framework main reinforcement (2-1) and a stirrup (2-2). The prefabricated concrete irregular-shaped pile is simple in manufacturing technology, superior in application performance, good in anti-shearing, anti-bending, anti-pulling and anti-pressing performances, simple in manufacturing, material-saving, economical, wide in application range, and good in market prospect.

Description

[0001] Technical field: [0002] The invention relates to a prefabricated concrete special-shaped pile, which belongs to the technical field of building materials. technical background: [0003] At present, there are many kinds of prefabricated concrete piles in the market as foundation piles, such as square piles, tubular piles (round pipe piles, square pipe piles) and other types of piles. Each of these pile types has its advantages and disadvantages, and each has its applicable engineering conditions. Most of the tubular piles are prestressed concrete piles, which have the advantages of high bearing capacity and economical material saving, but because of their thin and hollow walls, they have poor shear and bending resistance; square piles have two types, square and rectangular, which have high bearing capacity. It has the advantages of high bending and shearing resistance, but it is a solid pile, which requires a lot of concrete, is heavy, and is inconvenient to transpo...

AI Technical Summary

Problems solved by technology

Most of the tubular piles are prestressed concrete piles, which have the advantages of high bearing capacity and economical material saving, but because of their thin and hollow walls, they have poor shear and bending resistance; square piles have two types, square and rectangular, which have high bearing capacity. The advantages of high bending and shear resistance, but it is a solid pile, the amount of concrete is large, the weight is heavy, and the transportation is inconvenient

Now with the development of engineering technology, in order to continuously meet the requirements of engineering, only relying on these shapes of piles can no longer meet engineering applications well.

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