CN204662247U - A kind of Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of additional power consumption reinforcing bar - Google Patents

A kind of Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of additional power consumption reinforcing bar Download PDF

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Publication number
CN204662247U
CN204662247U CN201520049629.5U CN201520049629U CN204662247U CN 204662247 U CN204662247 U CN 204662247U CN 201520049629 U CN201520049629 U CN 201520049629U CN 204662247 U CN204662247 U CN 204662247U
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CN
China
Prior art keywords
bridge pier
steel pipe
power consumption
precast assembly
reinforcing bar
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CN201520049629.5U
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Chinese (zh)
Inventor
孔婷婷
布占宇
史梦珊
吴威业
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宁波大学
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Priority to CN201520049629.5U priority Critical patent/CN204662247U/en
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Publication of CN204662247U publication Critical patent/CN204662247U/en

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Abstract

The utility model discloses a kind of Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of additional power consumption reinforcing bar, comprise cushion cap, precast assembly bridge pier and bent cap, feature is cushion cap, precast assembly bridge pier and bent cap form entirety by Flange joint, precast assembly bridge pier is Concrete Filled double-walled steel pipe precast assembly bridge pier, precast assembly bridge pier comprises outer steel pipe, interior steel pipe and fill concrete, cushion cap end face and arrange four common power consumption reinforcing bars with ribbing between bent cap bottom surface and precast assembly bridge pier end face respectively.Advantage improves construction quality, improves speed of application, reduces field operation amount, reduce the impact to environment.Power consumption reinforcing bar is that bridge pier provides additional energy dissipation capacity, can control and reduce the displacement demand of bridge pier under the horizontal loads such as earthquake.

Description

A kind of Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of additional power consumption reinforcing bar

Technical field

The utility model relates to a kind of method for designing of Concrete Filled double-walled steel pipe precast assembly bridge pier, particularly relates to a kind of method for designing of Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of additional power consumption reinforcing bar.

Background technology

Current bridge construction generally adopts the construction method of poured in place concrete, and it is long for on-the-spot curing period that this construction method has concrete, and field operation amount is large, causes noise and residue contamination, easily cause the shortcomings such as traffic congestion to surrounding environment.In order to alleviate these problems, precast concrete form of construction work is more and more applied.

Prefabricated concrete bridge component is processed at produce in factory, the Modern Construction technology such as automation template, stream curing can be used, improve construction precision and maintenance quality, bridge on-site consolidation is transported to after element precast completes, field operation can be reduced, reduce concrete on construction site waste entrainment and construction noise, realize rapid construction, reduce traffic congestion.

Precast assembly bridge pier is due to the existence of seam, and globality is poor, and shock resistance is weak, therefore ensure seam firmly, safety and the simple constructability of structure be the key of prefabricate and install technology.Seam between current precast assembly bridge pier component generally adopts stem grafting to stitch, and joint face only has presstressed reinforcing steel to pass through, and energy dissipation capacity is lower, and earthquake displacement demand is larger.

Current precast assembly bridge pier generally adopts solid concrete cross section, and deadweight is comparatively large, and Earthquake Inertia Force Acting is directly proportional to deadweight, and therefore seismic forces is also larger.Precast concrete bridge pier needs higher making precision simultaneously, and ordinary concrete precast pier is not easy assembled because making precision is not high, and the splicing space of joint face is large, reduces bridge pier horizontal bearing capacity.

Summary of the invention

Technical problem to be solved in the utility model is to provide that a kind of speed of application is fast, anti-seismic performance is high, from heavy and light and the high Flange joint Concrete Filled double-wall steel body precast assembly bridge pier of installation accuracy.

The utility model solves the problems of the technologies described above adopted technical scheme:

A kind of Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of additional power consumption reinforcing bar, comprise cushion cap, precast assembly bridge pier and bent cap, described precast assembly bridge pier comprises four bridge pier sections, described precast assembly bridge pier is arranged on described cushion cap, described bent cap is arranged on described precast assembly bridge pier, described cushion cap, precast assembly bridge pier and bent cap form entirety by Flange joint, described precast assembly bridge pier is Concrete Filled double-walled steel pipe precast assembly bridge pier, described precast assembly bridge pier comprises outer steel pipe, interior steel pipe and fill concrete, between bottom described cushion cap end face and precast assembly bridge pier, the common power consumption reinforcing bar with ribbing of four root bottom parts is set, four common power consumption reinforcing bars with ribbing in top are set between described precast assembly pier coping portion and bent cap bottom surface.

Described cushion cap and bridge pier, bridge pier sections and bridge pier sections, between bridge pier and bent cap, pass through Flange joint.Described flange is divided into the pre-buried flange of bridge pier sections flange and cushion cap or bent cap two kinds.

Four root bottom parts between bottom described cushion cap end face and precast assembly bridge pier consume energy reinforcing bar upper end be separately positioned on bridge pier bottom section direction across bridge and vertical bridge to.Four tops between described precast assembly pier coping portion and bent cap bottom surface consume energy reinforcing bar lower end be separately positioned on pier coping portion cross section direction across bridge and vertical bridge to.

The lower end of described bottom power consumption reinforcing bar is embedded in cushion cap concrete, and the upper ends of described bottom power consumption reinforcing bar is in lower bridge pier power consumption reinforcing bar pipeline, and the angle between the line at described power consumption reinforcing bar two ends, bottom and described cushion cap end face is 90 degree.

The lower end of described top power consumption reinforcing bar is placed in bridge pier power consumption reinforcing bar pipeline, and the upper end of described top power consumption reinforcing bar is embedded in bent cap concrete, and the angle between the line at described power consumption reinforcing bar two ends, top and described bent cap bottom surface is 90 degree.

The steel pipe vertical connection of described lower bridge pier power consumption reinforcing bar pipeline and two transverse directions also welds together, upper horizontal steel pipe in two described horizontal steel pipes is grout pipe, lower horizontal steel pipe is escape pipe, and described upper horizontal steel pipe is communicated with air through the outer steel pipe walls of bridge pier with lower horizontal steel pipe.

The steel pipe vertical connection of described upper bridge pier power consumption reinforcing bar pipeline and two transverse directions also welds together, upper horizontal steel pipe in two described horizontal steel pipes is grout pipe, lower horizontal steel pipe is escape pipe, and described upper horizontal steel pipe is communicated with air through the outer steel pipe walls of bridge pier with lower horizontal steel pipe.

The outer steel pipe of described bridge pier sections and interior steel pipe form bridge pier sections at bottom end face by flange annular Plate Welding, the outer steel pipe of described bridge pier sections and interior steel pipe form bridge pier sections at top end face by flange annular Plate Welding, wherein reserved four the circular arc perforates of bridge pier sections top flange doughnut-shaped steel plate, for building bridge pier segmented interior fill concrete.

At bridge pier sections bottom end face, described bridge pier sections flange is made up of with the stiffened steel plates of doughnut-shaped steel plate and outer wall of steel pipe vertical welding a doughnut-shaped steel plate welded with outer steel pipe lateral vertical and eight, doughnut-shaped steel plate is arranged eight bolts hole.At bridge pier sections top end face, described bridge pier sections flange is made up of with the stiffened steel plates of doughnut-shaped steel plate and outer wall of steel pipe vertical welding a doughnut-shaped steel plate welded with outer steel pipe lateral vertical and eight, doughnut-shaped steel plate is arranged eight bolts hole.

Described cushion cap or the pre-buried flange of bent cap are made up of a doughnut-shaped steel plate and ten six roots of sensation Ribbed Bar, doughnut-shaped steel plate is connected with ten six roots of sensation Ribbed Bar plug weldings, reserved eight bolts hole on doughnut-shaped steel plate, this bolt hole aligns with bridge pier sections bottom end face flange bolt hole or bridge pier sections top end face flange bolt hole, and when building cushion cap or bent cap pre-buried eight flange bolts, doughnut-shaped steel plate external surface flushes with cushion cap end face or bent cap bottom surface.

Described cushion cap end face and described precast assembly bridge pier central axis.

Described bent cap bottom surface and described precast assembly bridge pier central axis.

The outer steel pipe of described Concrete Filled double-walled steel pipe precast assembly bridge pier and interior steel tube section are the ring cross-section in the same center of circle.

During component assembly, the outer steel pipe of precast assembly bridge pier and interior steel pipe and flange assembled complete in factory process welding, and at bridge pier segmented interior perfusion fill concrete, bridge scene is transported to after maintenance terminates, the pre-buried flange of cushion cap end face and flange bolt, to be placed on cushion cap end face at the bottom of bridge pier, alignment flange bolt hole, lower bridge pier power consumption reinforcing bar pipeline aimed at by bottom power consumption reinforcing bar, by bridge pier second, 3rd, 4th sections is placed on a bridge pier sections successively, aim at the flange bolt hole of adjacent bridge pier sections, the pre-buried flange in bent cap bottom surface and flange bolt, bent cap is placed on the 4th bridge pier sections, alignment flange bolt hole, upper bridge pier power consumption reinforcing bar pipeline aimed at by top power consumption reinforcing bar, tighten flange bolt successively, the lower bridge pier power consumption reinforcing bar pipeline of grouting and upper bridge pier power consumption reinforcing bar pipeline, complete the installation of bridge pier.

Compared with prior art, the utility model has the advantage of:

Bridge pier is prefabricated units, makes in factory, can improve construction quality, improves speed of application, reduces field operation amount, reduces the impact to environment.Flange bolt is simple and reliable, is convenient to on-site consolidation bridge pier sections.Bottom and top power consumption reinforcing bar are that bridge pier provides additional energy dissipation capacity, can control and reduce the displacement demand of bridge pier under the horizontal loads such as earthquake.Precast pier adopts Concrete Filled double-wall steel tubing string, concrete is made to be subject to three-dimensional constraint, the Confinement effect of steel pipe improves concrete compressive ultimate strain, concrete provides lateral support for steel pipe, avoid the flexing of steel pipe under axial compression effect and the depression be subject to when vehicle etc. clashes into, axial bearing capacity is greater than same section steel pipe or concrete column.Steel pipe is that concrete provides construction formwork and as concrete reinforcing bar of putting more energy into, avoids required template and inner reinforcing bar when concrete pier is constructed.

Accompanying drawing explanation

Fig. 1 is general structure schematic diagram of the present utility model;

Fig. 2 is bridge pier sections bottom surface structure schematic diagram of the present utility model;

Fig. 3 is bridge pier sections top surface structure schematic diagram of the present utility model;

Fig. 4 is the pre-buried flange arrangement floor map of cushion cap of the present utility model or bent cap;

Fig. 5 is the pre-buried flange arrangement elevational schematic view of cushion cap of the present utility model or bent cap.

Detailed description of the invention

Below in conjunction with accompanying drawing and detailed description of the invention, the utility model is described in further detail:

As shown in Figure 1, a kind of Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of additional power consumption reinforcing bar, comprise cushion cap 1, precast assembly bridge pier and bent cap 2, precast assembly bridge pier comprises four bridge pier sections, precast assembly bridge pier to be arranged on described cushion cap 1, bent cap 2 is arranged on precast assembly bridge pier, cushion cap 1, precast assembly bridge pier and bent cap 2 form entirety by Flange joint, precast assembly bridge pier is Concrete Filled double-walled steel pipe precast assembly bridge pier, precast assembly bridge pier comprises outer steel pipe 3, interior steel pipe 4 and fill concrete 5, between bottom cushion cap 1 end face and precast assembly bridge pier, the common power consumption reinforcing bar 6 with ribbing of four root bottom parts is set, four common power consumption reinforcing bars 7 with ribbing in top are set between precast assembly pier coping portion and bent cap 2 bottom surface.

In this particular embodiment, cushion cap 1 and bridge pier, pass through Flange joint between bridge pier sections and bridge pier sections, bridge pier and bent cap 2.Flange is divided into the pre-buried flange of bridge pier sections flange 8 and cushion cap or bent cap 9 two kinds.

In this particular embodiment, four root bottom parts between bottom cushion cap 1 end face and precast assembly bridge pier consume energy reinforcing bar 6 upper end be separately positioned on bridge pier bottom section direction across bridge and vertical bridge to.Four tops between precast assembly pier coping portion and bent cap 2 bottom surface consume energy reinforcing bar 7 lower end be separately positioned on pier coping portion cross section direction across bridge and vertical bridge to.

In this particular embodiment, the lower end of bottom power consumption reinforcing bar 6 is embedded in cushion cap 1 concrete, the upper ends of described bottom power consumption reinforcing bar 6 is in lower bridge pier power consumption reinforcing bar pipeline 10, and the angle between the line at power consumption reinforcing bar 6 two ends, bottom and described cushion cap 1 end face is 90 degree.

In this particular embodiment, the lower end of top power consumption reinforcing bar 7 is placed in bridge pier power consumption reinforcing bar pipeline 11, the upper end of described top power consumption reinforcing bar 7 is embedded in bent cap 2 concrete, and the angle between the line at power consumption reinforcing bar 7 two ends, top and described bent cap 2 bottom surface is 90 degree.

In this particular embodiment, the steel pipe vertical connection of lower bridge pier power consumption reinforcing bar pipeline 10 and two transverse directions also welds together, upper horizontal steel pipe 12 in two horizontal steel pipes is grout pipe, lower horizontal steel pipe 13 is escape pipe, and described upper horizontal steel pipe 12 is communicated with air through outer steel pipe 3 wall of bridge pier with lower horizontal steel pipe 13.

In this particular embodiment, the steel pipe vertical connection of upper bridge pier power consumption reinforcing bar pipeline 11 and two transverse directions also welds together, upper horizontal steel pipe 14 in two horizontal steel pipes is grout pipe, lower horizontal steel pipe 15 is escape pipe, and described upper horizontal steel pipe 14 is communicated with air through outer steel pipe 3 wall of bridge pier with lower horizontal steel pipe 15.

In this particular embodiment, the outer steel pipe 3 of bridge pier sections and interior steel pipe 4 weld formation bridge pier sections (Fig. 2) at bottom end face by flange doughnut-shaped steel plate 16, the outer steel pipe 3 of bridge pier sections and interior steel pipe 4 weld formation bridge pier sections (Fig. 3) at top end face by flange doughnut-shaped steel plate 17, wherein reserved four the circular arc perforates 18 of bridge pier sections top flange doughnut-shaped steel plate 17, for building bridge pier segmented interior fill concrete 5.

As shown in Figure 2, in this particular embodiment, at bridge pier sections bottom end face, bridge pier sections flange is made up of with the stiffened steel plates 19 of doughnut-shaped steel plate and outer wall of steel pipe vertical welding a doughnut-shaped steel plate 16 welded with outer steel pipe 3 lateral vertical and eight, doughnut-shaped steel plate 16 is arranged eight bolts hole 20.

As shown in Figure 3, in this particular embodiment, at bridge pier sections top end face, bridge pier sections flange is made up of with the stiffened steel plates 21 of doughnut-shaped steel plate and outer wall of steel pipe vertical welding a doughnut-shaped steel plate 17 welded with outer steel pipe 3 lateral vertical and eight, doughnut-shaped steel plate 17 is arranged eight bolts hole 22.

As shown in Figure 4, Figure 5, in this particular embodiment, cushion cap 1 or the pre-buried flange 9 of bent cap 2 are made up of a doughnut-shaped steel plate 23 and ten six roots of sensation Ribbed Bar 24, doughnut-shaped steel plate 23 is connected with ten six roots of sensation Ribbed Bar 24 plug weldings, reserved eight bolts hole 25 on doughnut-shaped steel plate 23, this bolt hole 25 aligns with bridge pier sections bottom end face flange bolt hole 20 or bridge pier sections top end face flange bolt hole 22, and when building cushion cap 1 or bent cap 2 pre-buried eight flange bolts 26, doughnut-shaped steel plate 23 external surface flushes with cushion cap 1 end face or bent cap 2 bottom surface.

In this particular embodiment, cushion cap 1 end face and precast assembly bridge pier central axis.

In this particular embodiment, bent cap 2 bottom surface and precast assembly bridge pier central axis.

In this particular embodiment, outer steel pipe 3 and interior steel pipe 4 cross section of Concrete Filled double-walled steel pipe precast assembly bridge pier are the ring cross-section in the same center of circle.

Claims (9)

1. the Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of an additional power consumption reinforcing bar, comprise cushion cap, precast assembly bridge pier and bent cap, it is characterized in that described precast assembly bridge pier comprises four bridge pier sections, described precast assembly bridge pier is arranged on described cushion cap, described bent cap is arranged on described precast assembly bridge pier, described cushion cap, precast assembly bridge pier and bent cap form entirety by Flange joint, described precast assembly bridge pier is Concrete Filled double-walled steel pipe precast assembly bridge pier, described precast assembly bridge pier comprises outer steel pipe, interior steel pipe and fill concrete, between bottom described cushion cap end face and precast assembly bridge pier, the common power consumption reinforcing bar with ribbing of four root bottom parts is set, four common power consumption reinforcing bars with ribbing in top are set between described precast assembly pier coping portion and bent cap bottom surface.
2. the Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of a kind of additional power consumption reinforcing bar as claimed in claim 1, is characterized in that described cushion cap and bridge pier, bridge pier sections and bridge pier sections, passes through Flange joint between bridge pier and bent cap; Described flange is divided into the pre-buried flange of bridge pier sections flange and cushion cap or bent cap two kinds; Four bottoms between bottom described cushion cap end face and precast assembly bridge pier consume energy reinforcing bar upper end be separately positioned on bridge pier bottom section direction across bridge and vertical bridge to; Four tops between described precast assembly pier coping portion and bent cap bottom surface consume energy reinforcing bar lower end be separately positioned on pier coping portion cross section direction across bridge and vertical bridge to.
3. the Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of a kind of additional power consumption reinforcing bar as claimed in claim 1, it is characterized in that the lower end of described bottom power consumption reinforcing bar is embedded in cushion cap concrete, the upper ends of described bottom power consumption reinforcing bar is in lower bridge pier power consumption reinforcing bar pipeline, and the angle between the line at described power consumption reinforcing bar two ends, bottom and described cushion cap end face is 90 degree; The lower end of described top power consumption reinforcing bar is placed in bridge pier power consumption reinforcing bar pipeline, and the upper end of described top power consumption reinforcing bar is embedded in bent cap concrete, and the angle between the line at described power consumption reinforcing bar two ends, top and described bent cap bottom surface is 90 degree.
4. the Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of a kind of additional power consumption reinforcing bar as claimed in claim 3, it is characterized in that the steel pipe vertical connection of described lower bridge pier power consumption reinforcing bar pipeline and two transverse directions and weld together, upper horizontal steel pipe in two described horizontal steel pipes is grout pipe, lower horizontal steel pipe is escape pipe, and described upper horizontal steel pipe is communicated with air through the outer steel pipe walls of bridge pier with lower horizontal steel pipe.
5. the Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of a kind of additional power consumption reinforcing bar as claimed in claim 3, it is characterized in that the steel pipe vertical connection of described upper bridge pier power consumption reinforcing bar pipeline and two transverse directions and weld together, upper horizontal steel pipe in two described horizontal steel pipes is grout pipe, lower horizontal steel pipe is escape pipe, and described upper horizontal steel pipe is communicated with air through the outer steel pipe walls of bridge pier with lower horizontal steel pipe.
6. the Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of a kind of additional power consumption reinforcing bar as claimed in claim 2, it is characterized in that the outer steel pipe of described bridge pier sections and interior steel pipe form bridge pier sections at bottom end face by flange annular Plate Welding, the outer steel pipe of described bridge pier sections and interior steel pipe form bridge pier sections at top end face by flange annular Plate Welding, wherein reserved four the circular arc perforates of bridge pier sections top flange doughnut-shaped steel plate, for building bridge pier segmented interior fill concrete.
7. the Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of a kind of additional power consumption reinforcing bar as claimed in claim 6, it is characterized in that at bridge pier sections bottom end face, described bridge pier sections flange is made up of with the stiffened steel plates of doughnut-shaped steel plate and outer wall of steel pipe vertical welding a doughnut-shaped steel plate welded with outer steel pipe lateral vertical and eight, doughnut-shaped steel plate is arranged eight bolts hole; At bridge pier sections top end face, described bridge pier sections flange is made up of with the stiffened steel plates of doughnut-shaped steel plate and outer wall of steel pipe vertical welding a doughnut-shaped steel plate welded with outer steel pipe lateral vertical and eight, doughnut-shaped steel plate is arranged eight bolts hole.
8. the Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of a kind of additional power consumption reinforcing bar as claimed in claim 2, it is characterized in that described cushion cap or the pre-buried flange of bent cap are made up of a doughnut-shaped steel plate and ten six roots of sensation Ribbed Bar, doughnut-shaped steel plate is connected with ten six roots of sensation Ribbed Bar plug weldings, reserved eight bolts hole on doughnut-shaped steel plate, this bolt hole aligns with bridge pier sections bottom end face flange bolt hole or bridge pier sections top end face flange bolt hole, and when building cushion cap or bent cap pre-buried eight bolts, doughnut-shaped steel plate external surface flushes with cushion cap end face or bent cap bottom surface.
9. the Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of a kind of additional power consumption reinforcing bar as claimed in claim 1, is characterized in that described cushion cap end face and described precast assembly bridge pier central axis; Described bent cap bottom surface and described precast assembly bridge pier central axis; The outer steel pipe of described Concrete Filled double-walled steel pipe precast assembly bridge pier and interior steel tube section are the ring cross-section in the same center of circle.
CN201520049629.5U 2015-01-22 2015-01-22 A kind of Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of additional power consumption reinforcing bar CN204662247U (en)

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CN201520049629.5U CN204662247U (en) 2015-01-22 2015-01-22 A kind of Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of additional power consumption reinforcing bar

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CN201520049629.5U CN204662247U (en) 2015-01-22 2015-01-22 A kind of Flange joint Concrete Filled double-walled steel pipe precast assembly bridge pier of additional power consumption reinforcing bar

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Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104612037A (en) * 2015-01-22 2015-05-13 宁波大学 Flange-connecting concrete-filled double-wall steel pipe prefabricated assembly piers with additional energy-consuming steel bars
CN105386405A (en) * 2015-12-09 2016-03-09 北京工业大学 Precast segment assembled concrete filled steel tube bridge pier based on bolted connection
CN105735112A (en) * 2016-04-14 2016-07-06 北京工业大学 Bolt connection-based rapid assembling precast rectangular concrete filled steel tube bridge pier
CN105803925A (en) * 2016-03-17 2016-07-27 浙江大学 Quick connection method for prefabricated steel pipe constraint type steel concrete pier columns and cover beam
CN110468723A (en) * 2019-08-30 2019-11-19 中铁六局集团太原铁路建设有限公司 The main pier encased steel plate installation engineering method of swivel bridges
CN110644353A (en) * 2019-10-08 2020-01-03 山东省交通规划设计院 Energy-consuming and shock-absorbing corrugated steel pipe-rubber concrete assembled pier and method

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104612037A (en) * 2015-01-22 2015-05-13 宁波大学 Flange-connecting concrete-filled double-wall steel pipe prefabricated assembly piers with additional energy-consuming steel bars
CN105386405A (en) * 2015-12-09 2016-03-09 北京工业大学 Precast segment assembled concrete filled steel tube bridge pier based on bolted connection
CN105803925A (en) * 2016-03-17 2016-07-27 浙江大学 Quick connection method for prefabricated steel pipe constraint type steel concrete pier columns and cover beam
CN105803925B (en) * 2016-03-17 2017-05-17 浙江大学 Quick connection method for prefabricated steel pipe constraint type steel concrete pier columns and cover beam
CN105735112A (en) * 2016-04-14 2016-07-06 北京工业大学 Bolt connection-based rapid assembling precast rectangular concrete filled steel tube bridge pier
CN110468723A (en) * 2019-08-30 2019-11-19 中铁六局集团太原铁路建设有限公司 The main pier encased steel plate installation engineering method of swivel bridges
CN110468723B (en) * 2019-08-30 2020-11-06 中铁六局集团太原铁路建设有限公司 Installation and construction method for wrapping steel plate outside main pier of swivel bridge
CN110644353A (en) * 2019-10-08 2020-01-03 山东省交通规划设计院 Energy-consuming and shock-absorbing corrugated steel pipe-rubber concrete assembled pier and method

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