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TB10002.4-2005 Code for Design of Concrete and Masonry Structures of Railway Bridges and Culverts This data is TB10002.4-2005 Code for Design of Concrete and Masonry Structures of Railway Bridges and Culverts, which is detailed and can be used for reference. -
TB 10002.4-2005 Code for Design of Concrete and Masonry Structures of Railway Bridges and Culverts This data is TB 10002.4-2005 Code for Design of Concrete and Masonry Structures of Railway Bridges and Culverts, which is detailed and can be used for reference. -
Code for Design of Railway Bridge and Culvert TB10002-2017 Code for Design of Railway Bridge and Culvert TB10002-2017 Code for Design of Railway Bridge and Culvert TB10002-2017 Code for Design of Railway Bridge and Culvert TB10002-2017 -
Code for design of reinforced and prestressed concrete of railway bridges and culverts Code for design of reinforced and prestressed concrete of railway bridges and culverts -
Subgrade and foundation design of railway bridges and culverts Introduce the matters needing attention in the foundation treatment and foundation design of railway bridges and culverts -
Code for design of reinforced and prestressed concrete structures of railway bridges and culverts TB10002 [1]. 3-2005 Code for design of reinforced and prestressed concrete structures of railway bridges and culverts -
Code for Design of Reinforced and Prestressed Concrete Structures of Railway Bridge.pdf Code for Design of Reinforced and Prestressed Concrete Structures of Railway Bridge.pdf -
Detailed Rules for Construction of a Railway Bridge and Culvert Implementation instructions for railway bridge and culvert construction site with target speed of 200km/h. The standard includes: open cut foundation, pile foundation, bored pile foundation, dug pile foundation, pile cap, pier and abutment construction, transition section, ancillary works construction, beam erection, bridge deck system, continuous beam construction, mass concrete construction, culvert construction. -
Winter construction scheme of a railway bridge and culvert When the average temperature of the day and night on the construction site is lower than+5 ℃ for three consecutive days or the minimum temperature is lower than - 3 ℃, it shall be treated as winter construction. According to the instruction of a railway limited liability company that the whole line should meet the requirements of track laying and beam erecting in the middle of November, the bridge and culvert structures of a new railway section DK0+000 ～ DK6+000 must be completed before the middle of November to ensure the quality of concrete construction in winter -
Code for Design of Subgrade and Foundation of Railway Bridge and Culvert TB 10093-2017 This data is: 28. Code for Design of Subgrade and Foundation of Railway Bridges and Culverts TB 10093-2017, which is detailed and can be used for reference. -
Code for Design of Reinforced and Prestressed Concrete Structures of Railway Bridges and Culverts (TB10002.3-2005) This data is Code for Design of Reinforced and Prestressed Concrete Structures of Railway Bridges and Culverts (TB10002.3-2005), which is detailed and can be used for reference. -
Operation Instruction for Railway Bridge and Culvert Construction Supervision) Supervision procedures, construction site inspection and quality acceptance -
Operation Instructions for Railway Bridge and Culvert Construction Supervision (including drawings) This data is the operation instruction for railway bridge and culvert construction supervision, in word format, 39 pages in total. Contents: Section I, Section II of Supervision Procedure, Section III of Open cut Foundation, Section IV of Bored Pile Foundation, Section V of Pile Foundation Cap Quality Control, Section VI of Pier and Abutment Quality Control, Section VII of Beam Quality Control, Section VIII of Bearing, Open Deck and Bridge Accessories -
The latest budget quota database of railway bridges and culverts in a city The latest No. 47 document of 2005 version of railway bridge and culvert budget quota database, including labor, materials and machinery, is practical and suitable for simple quotation, inspection and budget in railway bridge and culvert engineering -
Operation Instruction Scheme for Railway Bridge and Culvert Construction Supervision The steel cofferdam of the project shall be installed in place, and the pouring of underwater bottom sealing concrete can be approved only after the supervision engineer passes the inspection. Before pouring the underwater bottom sealing concrete, the supervision engineer shall approve the construction company's bottom sealing construction scheme. -
QCR 9300-2018 Code for Design of Railway Bridges and Culverts (Limit State Method) QCR 9300-2018 Code for Design of Railway Bridges and Culverts (Limit State Method), the latest version of Code for Design of Railway Bridges and Culverts (Limit State Method), file size: 20.3M -
The latest No. 47 document of railway bridge and culvert budget quota database The latest No. 47 document of railway bridge and culvert budget quota database, including labor, materials and machinery, is practical and suitable for simple quotation, inspection and budget in railway bridge and culvert engineering -
Some steel! Analysis of construction accidents of concrete composite beam railway bridge Some steel! Analysis of construction accidents of concrete composite beam railway bridge -
Safety monitoring scheme for deep foundation pit excavation of a railway bridge and culvert Content introduction The size of the pit bottom is the foundation size plus 1m as the working face. A 0.5m wide drainage ditch is set outside the working face. The drainage ditch is set with a certain longitudinal slope to collect the water into the sump at the corner of the pit and drain it out of the foundation pit with a pump. Plain fill and gravel layer shall be sloped at 1:0.75 5.2 Foundation pit excavation The foundation pit shall be excavated by excavator and transported by dump truck -
Mass Concrete Construction Scheme for Railway Bridge Project (China Railway Tunnel) 1. Give priority to construction safety, quality and environmental protection. Carefully organize the construction and reasonably arrange the process to ensure that there are no safety, quality and environmental accidents. 2. Formulate feasible construction blasting scheme, excellence creation planning and quality assurance measures, and adopt new technology, new materials, new technology and new equipment to ensure the blasting construction quality. 3. Reasonably allocate production factors and optimize construction level -
TB 10002.1-2005 Basic Design Plan for Railway Bridges and Culverts This data is TB 10002.1-2005 Basic Design Plan for Railway Bridges and Culverts, which is detailed and can be used for reference. -
Fatigue Design and Experimental Research on Concrete Filled Steel Tube Structure of Railway Bridge Although the above composite stress method can reflect the stress characteristics of the connection weld, its calculation is relatively complex, so the simplified axial stress method can be proposed to calculate the nominal stress, that is, the normal stress of the branch pipe (rod) at the joint connection is directly taken as the nominal stress σ m. -
Technical Code for Construction Safety of Railway Bridge and Culvert Engineering 2018 The latest version of the specification, the previous version of which is invalid, has important guiding significance for railway construction, belongs to the national standard, and its contents must be strictly implemented -
Ductile seismic design of railway bridge piers This paper introduces the ten thousand methods for the ductility design of reinforced concrete upper piers in the specifications of various countries, compares the calculation results of various ductility coefficient calculation formulas, and obtains a ductility calculation formula through theoretical analysis. -
Code for Acceptance of Railway Concrete Engineering 2010 Code for acceptance of concrete works -
Code for highway bridge foundation concrete Specifications for highway bridges, including design specifications for foundation and foundation, design specifications for concrete reinforcement and prestressed reinforcement, etc -
Reinforcement treatment of railway bridge subsidence in mining area The research paper on the design and construction of railway bridge in coal mining subsidence area provides reference for relevant disciplines. -
Technical Guide for Construction of Bridge and Culvert Works of Passenger Dedicated Railway This guide is widely investigated and studied in accordance with the requirements of the Notice of the Economic Planning Research Institute of the Ministry of Railways on Seriously Compiling the Interim Standards for Construction and Acceptance of New Passenger Dedicated Railway (JGS [2004] No. 8), combining the characteristics of passenger dedicated railway and the practical experience of existing engineering construction, in order to ensure the construction quality of bridge and culvert works and the safety of transportation and erection -
TB10415-2018 Standard for Construction Quality Acceptance of Railway Bridge and Culvert Works TB10415-2018 Railway Bridge and Culvert Engineering Construction Quality Acceptance Standard, HD version, can be directly printed after downloading -
2018 - Standard for Construction Quality Acceptance of Railway Bridge and Culvert Works 2018 – Construction Quality Acceptance Standard for Railway Bridge and Culvert Works, 2018 – Construction Quality Acceptance Standard for Railway Bridge and Culvert Works, 2018 – Construction Quality Acceptance Standard for Railway Bridge and Culvert Works, 2018 – Construction Quality Acceptance Standard for Railway Bridge and Culvert Works -
Railway Bridge and Culvert Construction Supervision Work Instruction Design and Construction Scheme The foundation base of the project shall avoid over excavation. When the excavation of the foundation pit is 20cm close to the foundation base, the special supervisor shall conduct on-site inspection; Large machinery shall not be used for excavation of soil base; Blasting shall not be used for excavation of stone base. -
Technical Guide Document for Construction of Bridge and Culvert Works of Passenger Dedicated Railway In order to ensure the construction quality of bridge and culvert works of passenger dedicated railway, guide the construction unit to formulate construction rules according to relevant standards, carry out construction correctly, and improve the construction management level, this construction technical guide (hereinafter referred to as the guide) is hereby formulated. 1.0.2 This guide is applicable to bridge and culvert works of standard gauge passenger dedicated railway with design speed of 200~350km/h for passenger trains -
The latest railway bridge and culvert budget rate table (TJ-42 and 115) Railway bridge and culvert budget quota rate table, the latest version of TJS-42 and 115 -
[Guizhou] Mass Concrete Construction Scheme for Railway Bridge Project (China Railway Tunnel)_ The cushion caps 6 #, 7 #, 8 # and 9 # of XX River XX Bridge in XX Slope are continuous main pier cushion caps, and the design concrete strength is C30. All of them are formed by one-time pouring, and the quantity is 145.6~788 m3. All of them belong to mass concrete construction. Due to the characteristics of thick structure, large volume and complex construction, mass concrete for the cushion cap meets the requirements of strength and durability -
Design scheme of drawings included in the work instruction for railway bridge and culvert construction supervision Before the foundation pit excavation of the project, the construction process scheme shall be reviewed according to the geological and hydrological data and environmental requirements to determine whether the excavation scope, excavation slope, support, spoil location, waterproof and drainage schemes are appropriate; Urge the construction unit to observe and monitor the support structure and surrounding environment at any time;. -
Code for design of highway masonry and concrete bridges and culverts Code for design of highway masonry and concrete bridges and culverts -
Code for Design of Concrete and Prestressed Concrete+Bridges and Culverts Presented as a design reference for everyone`` -
Construction of steel-concrete composite beam of a railway bridge Content introduction I. Project overview: 40+2 × 50+40 steel-concrete composite beams are used for Line B bridge, 30+43+30 steel-concrete composite beams are used for Line H bridge, and 28+45+28 steel-concrete composite beams are used for Line Z uplink bridge and downlink bridge respectively. Other bridges adopt reinforced concrete and prestressed concrete continuous box girder. 2、 Construction -
Construction document of intercity railway bridge 1. Design overview The middle bridge of an intercity railway comprehensive bid I includes the middle bridge of the intercity railway and the middle bridge of the bullet train running line, which is located between the two existing railway bridges. The designed bridge spacing is 4.42m, spanning a middle road. There are 1-3 storey brick concrete commercial buildings on the north and south sides. The starting and ending mileage of middle bridge (15+18.5+15) m of intercity railway is DK0+985.68 ～ DK -
Example List of Swivel Project of Railway Crossing Bridge At the intersection of Heping Road Viaduct and Shijiazhuang Taiyuan Railway, the main line crosses Shijiazhuang Taiyuan Railway in the form of a bridge. At the same time, an up ramp bridge is set on the north side of the main line bridge. Both the main line bridge and the ramp bridge are swivel structures. During the construction of main line and ramp cushion cap, in order to ensure the safety of railway structure and operation, the foundation pit excavation is supported by protective piles. Considering the length of protective piles and the distance from Shijiazhuang Taiyuan Railway
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one Code for calculation of railway bridges and culverts -
two Code for tensioning of railway bridges and culverts -
three Code for Acceptance of Railway Bridges and Culverts -
four Code for subgrade of railway bridge and culvert -
five Code for design of railway bridges and culverts -
six Technical Code for Railway Bridges and Culverts -
seven Code for Concrete of Railway Bridges and Culverts -
eight Code for Railway Bridges and Culverts 2015