CN101818521A - Steel joint precast and assembled reinforced concrete frame structure - Google Patents
Steel joint precast and assembled reinforced concrete frame structure Download PDFInfo
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- CN101818521A CN101818521A CN201010150967A CN201010150967A CN101818521A CN 101818521 A CN101818521 A CN 101818521A CN 201010150967 A CN201010150967 A CN 201010150967A CN 201010150967 A CN201010150967 A CN 201010150967A CN 101818521 A CN101818521 A CN 101818521A
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- bearing plate
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
- E04B1/18—Structures comprising elongated load-supporting parts, e.g. columns, girders, skeletons
- E04B1/20—Structures comprising elongated load-supporting parts, e.g. columns, girders, skeletons the supporting parts consisting of concrete, e.g. reinforced concrete, or other stonelike material
- E04B1/21—Connections specially adapted therefor
- E04B1/215—Connections specially adapted therefor comprising metallic plates or parts
Abstract
The invention discloses a steel joint precast and assembled reinforced concrete frame structure, which comprises precast beam members, precast column members and joints, wherein each of the nodes comprises a steel plate box in which annular horizontal reinforced rib plates and vertical reinforced rib plates are arranged; the upper and lower surfaces of the steel plate box are respectively provided with an upper force bearing plate and a lower force bearing plate; the outer surface of the steel plate box is provided with rib plates which are respectively connected with the upper and lower force bearing plates; the rib plates are connected with vertical force bearing plates which are respectively connected with the upper and lower force bearing plates; each precast beam member comprises a precast reinforced concrete beam; a beam-end precast steel plate is precast on the end part of the precast reinforced concrete beam, and is connected with a shaped steel beam which is connected with a beam-end force bearing plate; each precast column member comprises a precast reinforced concrete column; a steel plate enclosure box is arranged on the lateral surface of the end part of the precast reinforced concrete column; studs are arranged on the inner lateral surface of the closure box; the end part of the steel plate closure box is provided with a column-end steel force bearing plate; the upper and lower force bearing plates of each joint are respectively with the adjacent columns; and the vertical force bearing plates are connected with adjacent beams.
Description
Technical field
The invention discloses a kind of steel joint precast and assembled reinforced concrete frame structure that is used for civil construction project, belong to the civil engineering work technical field of structures.
Background technology
The form of building structure has a lot, and wherein frame construction is a kind of widely used architecture structure form.Along with society to the deepening continuously of environmental protection theory, assembly structure can be considered to a kind of architecture structure form of low-carbon environment-friendly in the production that realizes in the factory having under the control because of its member.Prefabricated assembling framework structure has steel work, prefabricated assembling reinforcing bar frame construction and precast and assembled reinforced concrete frame structure at present.Steel work is from heavy and light, and ductility is good, but the cost height, fire line is poor.The precast and assembled reinforced concrete structural cost is low relatively, but its structural integrity is subjected to the restriction of beam column connected mode, and structural performance differs greatly.The performance of prefabricated assembling reinforcing bar frame construction then is a kind of the trading off between steel work and precast and assembled reinforced concrete frame structure.
Its technological difficulties of reinforced concrete frame structure for prefabricated assembling are how to carry out the connection of prefabricated units such as post beam, and satisfy the requirement of earthquake resistant structure.The method that solves the connection of reinforced concrete frame column girder connection at present both at home and abroad mainly contains cast-in-place node area node connection and the connection of prestress prepressing node etc.The connection of cast-in-place node area is to reserve pouring concrete position, back at the bean column node place, after finishing, each member on-site consolidation builds as placed concrete at pouring concrete position, back again, make between each parts and be linked to be integral body, it on structural performance more near the frame construction performance of integral cast-in-situ, thereby anti-seismic performance easily satisfies structural requirement, but, cast-in-place node area has the operation of part situ wet owing to needing formwork and concreting, and cast-in-place concrete frame joint needs curing time to use, cause the on-site construction processes complexity, duration lengthening, on-the-spot wet trade have also influenced the environment of construction to a certain extent.For solving the deficiency of cast-in-place node, take the reinforced concrete frame structure of prestress prepressing bean column node at present.It is the method for utilizing the post-tensioned prestressing muscle that the node of this frame construction connects, reinforced concrete prefabricated beam is pressed on the prefabricated post, rely on frictional force between the post beam or be aided with the power transmission that the shearing resistance of non-prestressing tendon comes the implementation framework node, post and the other method that then adopts being connected of intercolumniation such as joint bar injecting glue method etc.The moulding of this structure presstressed reinforcing steel that places one's entire reliance upon, also need carry out subsequent handlings such as presstressed reinforcing steel installation, stretch-draw and grouting again behind the component assembly, could finally finish node connects, thereby mounting process and fail at all to obtain to simplify, the dystopy connection of post beam makes also and loses independence between member that the member that damages after the earthquake is difficult for changing.
Summary of the invention
Technical problem:
Low at present precast and assembled reinforced concrete frame structure anti-seismic performance, inconvenience is installed, the deficiency of component replacement difficulty etc. after the calamity, the invention provides a kind of steel joint precast and assembled reinforced concrete frame structure, use independently steel node component, precast beam and prefabricated post are connected on the steel node by high-strength bolt, realize the complete prefabricated assembling of beam, post and node, simplified on-the-spot fitting operation, strengthened node area and integrally-built shock resistance, and the maintain and replace member is convenient, flexible after the calamity.
Technical scheme:
A kind of steel joint precast and assembled reinforced concrete frame structure comprises: steel joint precast and assembled reinforced concrete chassis body formation, precast beam unit, precast column unit and steel node,
Described steel node comprises the first steel node, the second steel node and the 3rd steel node, the first steel node comprises container body of steel plate, in container body of steel plate, be provided with annular level and strengthen floor and the vertical floor that strengthens, on container body of steel plate, be respectively equipped with force bearing plate on the soffit and reach force bearing plate down, on the external surface of container body of steel plate, be provided with first floor, second floor, trislab and the 4th floor, and described first floor, second floor, trislab and the 4th floor reach down with last force bearing plate respectively, and force bearing plate is connected, first floor, second floor, angle between the adjacent floor in trislab and the 4th floor is greater than 0 ° and be less than or equal to 180 °, at first floor, second floor, trislab and the 4th floor are connected with the first vertical force bearing plate respectively, the second vertical force bearing plate, the 3rd vertical force bearing plate and the 4th vertical force bearing plate, and the described first vertical force bearing plate, the second vertical force bearing plate, the 3rd vertical force bearing plate and the 4th vertical force bearing plate reach down with last force bearing plate respectively, and force bearing plate is connected, the described first vertical force bearing plate, the second vertical force bearing plate, the 3rd vertical force bearing plate and the 4th vertical force bearing plate are connected with the beam that is adjacent respectively, and force bearing plate was connected with the post that is adjacent respectively under last force bearing plate reached; The second steel node comprises container body of steel plate, in container body of steel plate, be provided with annular level and strengthen floor and the vertical floor that strengthens, on container body of steel plate, be respectively equipped with force bearing plate on the soffit and reach force bearing plate down, on the external surface of container body of steel plate, be provided with first floor, second floor and trislab, and described first floor, second floor and trislab reach down with last force bearing plate respectively, and force bearing plate is connected, first floor, angle between the adjacent floor in second floor and the trislab is greater than 0 ° and be less than or equal to 180 °, at first floor, second floor and trislab are connected with the first vertical force bearing plate respectively, the second vertical force bearing plate and the 3rd vertical force bearing plate, and the described first vertical force bearing plate, the second vertical force bearing plate and the 3rd vertical force bearing plate reach down with last force bearing plate respectively, and force bearing plate is connected, the described first vertical force bearing plate, the second vertical force bearing plate and the 3rd vertical force bearing plate are connected with the beam that is adjacent respectively, and force bearing plate was connected with the post that is adjacent respectively under last force bearing plate reached; The 3rd steel node comprises container body of steel plate, in container body of steel plate, be provided with annular level and strengthen floor and the vertical floor that strengthens, on container body of steel plate, be respectively equipped with force bearing plate on the soffit and reach force bearing plate down, on the external surface of container body of steel plate, be provided with first floor and second floor, and described first floor and second floor reach down with last force bearing plate respectively, and force bearing plate is connected, angle between first floor and second floor is greater than 0 ° and be less than or equal to 180 °, be connected with the first vertical force bearing plate and the second vertical force bearing plate respectively at first floor and second floor, and the described first vertical force bearing plate and the second vertical force bearing plate reach down with last force bearing plate respectively, and force bearing plate is connected, the described first vertical force bearing plate and the second vertical force bearing plate are connected with the beam that is adjacent respectively, and force bearing plate was connected with the post that is adjacent respectively under last force bearing plate reached;
Described precast beam unit comprises the precast reinforced concrete beam body, and pre-buried beam-ends pre-embedded steel slab is connected with section steel beam on the beam-ends pre-embedded steel slab in the end of precast reinforced concrete beam body, is connected with the beam-ends force bearing plate on section steel beam;
Described precast column unit comprises the prefabricated reinforced concrete column body, is provided with steel plate in the end sides of prefabricated reinforced concrete column body and encloses case, and steel plate encloses chamber interior wall and is provided with the select nail, and styletable is provided with styletable steel force bearing plate, and the steel force bearing plate encloses case with steel plate and links to each other;
Described go up force bearing plate and down force bearing plate respectively be adjacent adopt being connected of post go up force bearing plate and down force bearing plate be connected with styletable steel force bearing plate; Arbitrary vertical force bearing plate in the described first vertical force bearing plate, the second vertical force bearing plate, the 3rd vertical force bearing plate and the 4th vertical force bearing plate is adjacent the connection of beam and adopts vertical force bearing plate to be connected with the beam-ends force bearing plate.
Beneficial effect:
The present invention is by being provided with independently steel node component in the bean column node district, and correspondingly increase the steel member in precast reinforced concrete beam, column end, again precast beam, post are connected by high-strength bolt with the steel node, have formed steel joint precast and assembled reinforced concrete frame structure.This structure has realized the complete prefabricated assembling of beam, post and node, connection between each parts can once be finished, simplified on-the-spot fitting operation, the structural element mounting or dismounting have relative independence and are convenient to repair and replacement, and particularly local earthquake calamity evil causes after local member damages can change respective members easily.
Independent steel node of the present invention adopts the concrete sealing steel work of inner filling, have good ductility and energy dissipation ability, the rc-frame-beam end adopts steel work, more easy to control and realization plastic hinge appears at the beam-ends zone, the prefabricated reinforced concrete column end is established steel plate and is enclosed case and styletable steel force bearing plate, steel plate encloses chamber interior wall and establishes the select nail, steel plate encloses case and styletable steel force bearing plate and has formed reinforcement to styletable jointly, thereby the traditional precast and assembled reinforced concrete frame structure of steel joint precast and assembled frame construction contrast not only installs conveniently, and has better structural seismic performance.
The present invention connects at the node place prefabricated post beam by at beam column junction position the steel node being set by high-strength bolt, formed novel steel joint precast and assembled reinforced concrete frame structure.Structure comprises the steel node, and the precast beam, the post that are connected with the steel node.The steel node is welded by steel plate, be the closed box shape, divide into force bearing plate on the casing to guarantee and being connected of styletable, the middle part is established annular level enhancing rib and is vertically strengthened rib in order to strengthen the integral rigidity of casing in the closed box, filling concrete in the closed box, not only improve, and concrete plays the stabilized steel structure, increases node energy dissipation ability and refractory ability owing to steel casing confined concrete makes concrete ultimate compressive strength.The side of steel node is provided with vertical force bearing plate and can be connected with beam end.Beam comprises reinforced concrete beam body, beam-ends pre-embedded steel slab, section steel beam and beam-ends force bearing plate, the beam-ends pre-embedded steel slab is connected with interior main muscle plug welding of beam or butt welding, section steel beam and pre-embedded steel slab are welded to connect, the section steel beam end is established force bearing plate, on leave bolt hole can with the corresponding vertical force bearing plate of steel node between carry out high-strength bolt and be connected.The section steel beam district of steel concrete beam-ends is the energy dissipation district, comes across the purpose that reaches energy dissipation on the section steel beam by the control plastic hinge.The post member comprises that the steel plate of steel concrete cylinder and column end side encloses case and styletable steel force bearing plate, styletable side steel plate encloses case and styletable steel force bearing plate and has formed reinforcement to the prefabricated reinforced concrete column end jointly, steel plate encloses chamber interior wall and is provided with select nail and is connected with concrete in order to strengthen, styletable steel force bearing plate goes out cylinder greatly, and be connected with reinforcing bar plug welding or butt welding in the post, have bolt hole on the styletable steel force bearing plate, can carry out high-strength bolt with the force bearing plate of independent steel node and be connected.
The present invention utilizes steel itself to have intensity height, material behavior that ductility is good, by designing independent steel node the complete prefabricated assembling that prefabricated reinforced concrete column, beam are implemented in node area is connected, activities is greatly simplified, member connects one-shot forming, and the maintain and replace parts are more flexible.The sealing steel casing concrete filled of independent steel node, node area rigidity and energy dissipation power are strengthened, the beam-ends that is connected with the steel node simultaneously adopts steel work can make the plastic hinge region control of energy dissipation and appears at the steel work position, the ductility of steel own is good in addition, this has just improved the shock resistance of node area, the boots formula structure of styletable, promptly enclose the steel boots that case and steel force bearing plate constitute by steel plate and strengthen styletable, all these make the steel joint precast and assembled reinforced concrete frame structures that form have stronger structural seismic performance.
Description of drawings
The present invention is described in more detail below in conjunction with drawings and Examples:
Fig. 1 is the whole schematic three dimensional views of the present invention.
Fig. 2 is first a steel node assembling schematic diagram, and Fig. 2 a is that the first steel node is connected schematic three dimensional views with beam column, and Fig. 2 b is that the first steel node is connected the decomposition schematic three dimensional views with beam column.
Fig. 3 is second a steel node assembling schematic diagram, and Fig. 3 a is that the second steel node is connected schematic three dimensional views with beam column, and Fig. 3 b is that the second steel node is connected the decomposition schematic three dimensional views with beam column.
Fig. 4 is the 3rd a steel node assembling schematic diagram, and Fig. 4 a is that the 3rd steel node is connected schematic three dimensional views with beam column, and Fig. 4 b is that the 3rd steel node is connected the decomposition schematic three dimensional views with beam column.
Fig. 5 is the first steel node schematic diagram, and Fig. 5 a is the first steel node schematic three dimensional views, and Fig. 5 b is that the first steel node dissects schematic three dimensional views.
Fig. 6 is the second steel node schematic diagram, and Fig. 6 a is the second steel node schematic three dimensional views, and Fig. 6 b is that the second steel node dissects schematic three dimensional views.
Fig. 7 is the 3rd steel node schematic diagram, and Fig. 7 a is the 3rd steel node schematic three dimensional views, and Fig. 7 b is that the 3rd steel node dissects schematic three dimensional views.
Fig. 8 is the precast beam unit schematic diagram, and Fig. 8 a is the precast beam unit schematic three dimensional views, and Fig. 8 b is a precast beam unit A-A sectional drawing.
Fig. 9 is the precast column unit schematic diagram.Fig. 9 a is the precast column unit schematic three dimensional views, and Fig. 9 b is a precast column unit end steel column boots schematic three dimensional views, and Fig. 9 c is a precast column unit end steel column boots plan view, and Fig. 9 d is a precast column unit end steel column boots sectional drawing.
Have among the figure: the first steel node 1a, the second steel node 1b, the 3rd steel node 1c, precast beam unit 2, precast column unit 3, high-strength bolt 4, container body of steel plate 5, the annular level strengthens floor 6, the vertical floor 7 that strengthens, last force bearing plate 8, following force bearing plate 9, the first vertical force bearing plate 10a, the second vertical force bearing plate 10b, the 3rd vertical force bearing plate 10c, the 4th vertical force bearing plate 10d, the first floor 11a, the second floor 11b, trislab 11c, the 4th floor 11d, bolt hole 12, filling concrete 13 in the case, reserve concreting mouth (rear enclosed) 14, precast reinforced concrete beam body 15, beam-ends pre-embedded steel slab 16, main muscle 17 in the beam, section steel beam 18, beam-ends force bearing plate 19, prefabricated reinforced concrete column body 20, reinforcing bar 21 in the post, styletable steel force bearing plate 22, steel plate encloses case 23, select nail 24.
The specific embodiment
Prefabricated post, beam that it is the center that the present invention uses clear and definite node notion to make up with independent steel node connect, with steel node with higher rigidity and ductility as the node load-carrying member, realized being connected with antidetonation fast of post beam, local damage member reparation after the shake is more flexible, has formed novel steel joint precast and assembled reinforced concrete frame structure.
Steel joint precast and assembled reinforced concrete frame structure comprises: precast beam unit 2, precast column unit 3 and steel node, steel node comprise the first steel node 1a, the second steel node 1b and the 3rd steel node 1c.
The first steel node 1a comprises container body of steel plate 5, in container body of steel plate 5, be provided with annular level and strengthen floor 6 and the vertical floor 7 that strengthens, on container body of steel plate 5, be respectively equipped with force bearing plate 8 on the soffit and reach force bearing plate 9 down, on the external surface of container body of steel plate 5, be provided with the first floor 11a, the second floor 11b, trislab 11c and the 4th floor 11d, and the described first floor 11a, the second floor 11b, trislab 11c and the 4th floor 11d reach down with last force bearing plate 8 respectively, and force bearing plate 9 is connected, the first floor 11a, the second floor 11b, angle between the adjacent floor among trislab 11c and the 4th floor 11d is greater than 0 ° and be less than or equal to 180 °, at the first floor 11a, the second floor 11b, trislab 11c and the 4th floor 11d are connected with the first vertical force bearing plate 10a respectively, the second vertical force bearing plate 10b, the 3rd vertical force bearing plate 10c and the 4th vertical force bearing plate 10d, and the described first vertical force bearing plate 10a, the second vertical force bearing plate 10b, the 3rd vertical force bearing plate 10c and the 4th vertical force bearing plate 10d reach down with last force bearing plate 8 respectively, and force bearing plate 9 is connected, the described first vertical force bearing plate 10a, the second vertical force bearing plate 10b, establish bolt hole 12 on the 3rd vertical force bearing plate 10c and the 4th vertical force bearing plate 10d, be connected with high-strength bolt with the beam that is adjacent respectively, last force bearing plate 8 reaches down establishes bolt hole 12 on the force bearing plate 9, is connected with the post that is adjacent respectively.
The second steel node 1b comprises container body of steel plate 5, in container body of steel plate 5, be provided with annular level and strengthen floor 6 and the vertical floor 7 that strengthens, on container body of steel plate 5, be respectively equipped with force bearing plate 8 on the soffit and reach force bearing plate 9 down, on the external surface of container body of steel plate 5, be provided with the first floor 11a, second floor 11b and the trislab 11c, and the described first floor 11a, the second floor 11b and trislab 11c reach down with last force bearing plate 8 respectively, and force bearing plate 9 is connected, the first floor 11a, angle between the adjacent floor among the second floor 11b and the trislab 11c is greater than 0 ° and be less than or equal to 180 °, at the first floor 11a, the second floor 11b and trislab 11c are connected with the first vertical force bearing plate 10a respectively, the second vertical force bearing plate 10b and the 3rd vertical force bearing plate 10c, and the described first vertical force bearing plate 10a, the second vertical force bearing plate 10b and the 3rd vertical force bearing plate 10c reach down with last force bearing plate 8 respectively, and force bearing plate 9 is connected, the described first vertical force bearing plate 10a, establish bolt hole 12 on the second vertical force bearing plate 10b and the 3rd vertical force bearing plate 10c, be connected with the beam that is adjacent respectively, last force bearing plate 8 reaches down establishes bolt hole 12 on the force bearing plate 9, is connected with the post that is adjacent respectively.
The 3rd steel node 1c comprises container body of steel plate 5, in container body of steel plate 5, be provided with annular level and strengthen floor 6 and the vertical floor 7 that strengthens, on container body of steel plate 5, be respectively equipped with force bearing plate 8 on the soffit and reach force bearing plate 9 down, on the external surface of container body of steel plate 5, be provided with the first floor 11a and the second floor 11b, and the described first floor 11a and the second floor 11b reach down with last force bearing plate 8 respectively, and force bearing plate 9 is connected, angle between the first floor 11a and the second floor 11b is greater than 0 ° and be less than or equal to 180 °, be connected with the first vertical force bearing plate 10a and the second vertical force bearing plate 10b respectively at the first floor 11a and the second floor 11b, and the described first vertical force bearing plate 10a and the second vertical force bearing plate 10b reach down with last force bearing plate 8 respectively, and force bearing plate 9 is connected, establish bolt hole 12 on the described first vertical force bearing plate 10a and the second vertical force bearing plate 10b, be connected with the beam that is adjacent respectively, last force bearing plate 8 reaches down establishes bolt hole 12 on the force bearing plate 9, is connected with the post that is adjacent respectively.
Adopt between above-mentioned node steel plate to be welded to connect, the steel node is finished in produce in factory production.
Beam is finished in produce in factory production.
The post member is finished in produce in factory production.
Each prefabricated component transports the erecting bed to, adopt layering installation method to install, lower floor promptly is installed earlier installs story frame structure again, with first erection column in the layer, promptly carrying out the steel node of capital after per two Pin posts are installed installs, carry out the installation of beam then, finish the integrally-built assembly unit of framework by cross, each on-the-spot connection is the high-strength bolt connection.
During on-the-spot the connection, last force bearing plate 8 and down force bearing plate 9 respectively be adjacent adopt being connected of post go up force bearing plate 8 and under force bearing plate 9 be connected with styletable steel force bearing plate 22; Arbitrary vertical force bearing plate among the described first vertical force bearing plate 10a, the second vertical force bearing plate 10b, the 3rd vertical force bearing plate 10c and the 4th vertical force bearing plate 10d is adjacent the connection of beam and adopts vertical force bearing plate to be connected with beam-ends force bearing plate 19.
Claims (1)
1. steel joint precast and assembled reinforced concrete frame structure comprises: precast beam unit (2), precast column unit (3) and steel node, it is characterized in that,
Described steel node comprises the first steel node (1a), the second steel node (1b) and the 3rd steel node (1c), the first steel node (1a) comprises container body of steel plate (5), in container body of steel plate (5), be provided with annular level and strengthen floor (6) and the vertical floor (7) that strengthens, on container body of steel plate (5), be respectively equipped with force bearing plate (8) on the soffit and reach force bearing plate (9) down, on the external surface of container body of steel plate (5), be provided with first floor (11a), second floor (11b), trislab (11c) and the 4th floor (11d), and described first floor (11a), second floor (11b), trislab (11c) and the 4th floor (11d) reach down with last force bearing plate (8) respectively, and force bearing plate (9) is connected, first floor (11a), second floor (11b), angle between the adjacent floor in trislab (11c) and the 4th floor (11d) is greater than 0 ° and be less than or equal to 180 °, at first floor (11a), second floor (11b), trislab (11c) and the 4th floor (11d) are connected with the first vertical force bearing plate (10a) respectively, the second vertical force bearing plate (10b), the 3rd vertical force bearing plate (10c) and the 4th vertical force bearing plate (10d), and the described first vertical force bearing plate (10a), the second vertical force bearing plate (10b), the 3rd vertical force bearing plate (10c) and the 4th vertical force bearing plate (10d) reach down with last force bearing plate (8) respectively, and force bearing plate (9) is connected, the described first vertical force bearing plate (10a), the second vertical force bearing plate (10b), the 3rd vertical force bearing plate (10c) and the 4th vertical force bearing plate (10d) are connected with the beam that is adjacent respectively, and force bearing plate (9) was connected with the post that is adjacent respectively under last force bearing plate (8) reached; The second steel node (1b) comprises container body of steel plate (5), in container body of steel plate (5), be provided with annular level and strengthen floor (6) and the vertical floor (7) that strengthens, on container body of steel plate (5), be respectively equipped with force bearing plate (8) on the soffit and reach force bearing plate (9) down, on the external surface of container body of steel plate (5), be provided with first floor (11a), second floor (11b) and trislab (11c), and described first floor (11a), second floor (11b) and trislab (11c) reach down with last force bearing plate (8) respectively, and force bearing plate (9) is connected, first floor (11a), angle between the adjacent floor in second floor (11b) and the trislab (11c) is greater than 0 ° and be less than or equal to 180 °, at first floor (11a), second floor (11b) and trislab (11c) are connected with the first vertical force bearing plate (10a) respectively, the second vertical force bearing plate (10b) and the 3rd vertical force bearing plate (10c), and the described first vertical force bearing plate (10a), the second vertical force bearing plate (10b) and the 3rd vertical force bearing plate (10c) reach down with last force bearing plate (8) respectively, and force bearing plate (9) is connected, the described first vertical force bearing plate (10a), the second vertical force bearing plate (10b) and the 3rd vertical force bearing plate (10c) are connected with the beam that is adjacent respectively, and force bearing plate (9) was connected with the post that is adjacent respectively under last force bearing plate (8) reached; The 3rd steel node (1c) comprises container body of steel plate (5), in container body of steel plate (5), be provided with annular level and strengthen floor (6) and the vertical floor (7) that strengthens, on container body of steel plate (5), be respectively equipped with force bearing plate (8) on the soffit and reach force bearing plate (9) down, on the external surface of container body of steel plate (5), be provided with first floor (11a) and second floor (11b), and described first floor (11a) and second floor (11b) reach down with last force bearing plate (8) respectively, and force bearing plate (9) is connected, angle between first floor (11a) and second floor (11b) is greater than 0 ° and be less than or equal to 180 °, be connected with the first vertical force bearing plate (10a) and the second vertical force bearing plate (10b) respectively at first floor (11a) and second floor (11b), and the described first vertical force bearing plate (10a) and the second vertical force bearing plate (10b) reach down with last force bearing plate (8) respectively, and force bearing plate (9) is connected, the described first vertical force bearing plate (10a) and the second vertical force bearing plate (10b) are connected with the beam that is adjacent respectively, and force bearing plate (9) was connected with the post that is adjacent respectively under last force bearing plate (8) reached;
Described precast beam unit (2) comprises precast reinforced concrete beam body (15), at the pre-buried beam-ends pre-embedded steel slab in the end of precast reinforced concrete beam body (15) (16), on beam-ends pre-embedded steel slab (16), be connected with section steel beam (18), on section steel beam (18), be connected with beam-ends force bearing plate (19);
Described precast column unit (3) comprises prefabricated reinforced concrete column body (20), be provided with steel plate in the end sides of prefabricated reinforced concrete column body (20) and enclose case (23), steel plate encloses chamber interior wall and is provided with select nail (24), and steel plate encloses the case end and is provided with styletable steel force bearing plate (22);
Described go up force bearing plate (8) and down force bearing plate (9) is connected with the post that is adjacent respectively adopt go up force bearing plate (8) and under force bearing plate (9) be connected with styletable steel force bearing plate (22); Arbitrary vertical force bearing plate in the described first vertical force bearing plate (10a), the second vertical force bearing plate (10b), the 3rd vertical force bearing plate (10c) and the 4th vertical force bearing plate (10d) is adjacent the connection of beam and adopts vertical force bearing plate to be connected with beam-ends force bearing plate (19).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010150967XA CN101818521B (en) | 2010-04-20 | 2010-04-20 | Steel joint precast and assembled reinforced concrete frame structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010150967XA CN101818521B (en) | 2010-04-20 | 2010-04-20 | Steel joint precast and assembled reinforced concrete frame structure |
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| CN101818521A true CN101818521A (en) | 2010-09-01 |
| CN101818521B CN101818521B (en) | 2011-07-20 |
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Cited By (31)
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| CN101974942A (en) * | 2010-12-02 | 2011-02-16 | 北京建工集团有限责任公司 | Steel sleeve beam-column nodes and construction method thereof |
| CN102251586A (en) * | 2011-05-05 | 2011-11-23 | 杨东佐 | Beam hanger, building framework structure and installation method |
| CN102312486A (en) * | 2011-07-13 | 2012-01-11 | 宝钢钢构有限公司 | Large cast steel node and application in superhigh building structure |
| ES2387852A1 (en) * | 2010-12-22 | 2012-10-02 | Imat Centre Tecnològic De La Construcció | Armed beam with round road intended to be joined by screwing to a pillar, unión system of said beam with a pillar, and provided structure of said system. (Machine-translation by Google Translate, not legally binding) |
| WO2013002626A1 (en) * | 2011-06-29 | 2013-01-03 | Lopez Colinas Bruno | Structural system comprising steel nodes and reinforced-concrete columns and beams |
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| CN108894316A (en) * | 2018-07-12 | 2018-11-27 | 华南理工大学 | A kind of connection structure of novel precast beam and prefabricated post |
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