tube pile

pipe pile

1. A pipe section heavy enough to be driven without a mandrel, 1 having its lower end either open or closed; after the pipe is driven to its final position, it is filled with concrete.
2. A pipe (either close-ended or open-ended) which serves as a pile.
References in periodicals archive ?
Construction of 2 reinforced concrete wharf supported by steel piles founded on rock - construction of duc-d~albe each consisting of a steel tube pile surmounted by a metal platform and equipped with a defense of berthing - construction of mooring berths - supply and installation of mooring and berthing equipment (fangs, winches, ladders, buoys, berths).
The test results show that the double grouting technology can reinforce the soil between piles and improve the mechanical performance of the steel floral tube group as well as improve the horizontal bearing capacity of the steel floral tube pile.
Therefore, double grouting increases the capacity of the steel tube pile to resist horizontal thrust.
(2) The technology of the double grouting improves the mechanical performance of the pile group and the horizontal bearing capacity of the steel floral tube pile. Compared with traditional single grouting, the horizontal bearing capacity of the single pile with double grouting increased by 24.4%.
- construction of 2 reinforced concrete piers supported by steel piles founded on rock, - construction of dolphins each consisting of a steel tube pile surmounted by a metal platform and equipped with a docking defense, - construction of mooring beds on land, - supply and installation of mooring and berthing equipment (fangs, Winches, Ladders, Buoys, Berths).
In GB50396-2014 [25], [theta] means the hoop coefficient of concrete-filled steel tubular members [mathematical expression not reproducible] represents the steel content of concrete-filled steel tubular members, in the design of compressive strength of concretefilled steel tube piles, B and C are the influence factors of the cross-sectional shape on the hoop effect, and about circular cross section, B = 0.176 * f/213 + 0.974, C = -0.104 [f.sub.c]/14.4 + 0.031.
Based on a reduced scale, the slender pier specimen was built, consisting of six steel tube piles, a concrete-filled steel cap, and a reinforced concrete pier body, as shown in Figure 4.
As illustrated in Figure 8, the 8-node shell finite elements programmed in ADINA are used to model the steel tube piles, and the 20-node solid finite elements are used to model the rest of the specimen including the pier body and pile cap.
The trestle sections were secured by means of 116 steel tube piles driven 70 to 80 meters into the now-stable foundation below and connected to each other.
4,430 m, Mainly from the operating track, Steel tube piles for foundations approx.