Steel structure design standards
The following are China's steel structure design standards and their application scope:"Steel Structure Design Standard" GB 50017-2017
Application scope: Widely used in the steel structure design of industrial steel structures, civil steel structures and general structures, such as the main frame, crane beam and other structural designs of various Steel structure workshops, the structural design of multi-story and high-rise steel structure residential buildings, office buildings, shopping malls and other buildings in civil buildings, and the roof structure design of some large-span public buildings such as gymnasiums and exhibition halls.
"Steel Structure Reinforcement Design Standard" GB 51367-2019
Application scope: Mainly used for the design of steel structure reinforcement of industrial and civil buildings and general structures. When the steel structure is confirmed to need reinforcement through reliability appraisal, whether it is the entire building, an independent section, or a designated structure, component or connection, it must be reinforced according to this standard. However, it must first be tested or appraised according to the current national standards "Industrial Building Reliability Appraisal Standard" GB 50144 and "Civil Building Reliability Appraisal Standard" GB 50292. If combined with seismic reinforcement, it should also be appraised according to "Building Seismic Design Code" GB 50011.
"Boiler Steel Structure Design Code" GB/T 22395-2022
Application scope: Specially designed for boiler steel structure design, including industrial boilers and power station boiler steel structure design, to provide structural guarantee for the safe and stable operation of boilers.
"Standard for Acceptance of Construction Quality of Steel Structure Projects" GB 50205-2020
Application scope: Applied to quality control and acceptance during the construction of steel structure projects, covering quality inspection and acceptance of various links such as steel structure production, installation, welding, and painting, to ensure that the construction quality of steel structure projects meets the design requirements and relevant standards, and is applicable to the construction quality acceptance of various steel structure construction projects, bridge steel structure projects, etc.
"Code for Seismic Design of Buildings" GB 50011-2010 (2016 Edition)
Application scope: It has important guiding significance in the seismic design of steel structures, and stipulates the design principles, calculation methods, and structural measures of steel structures under earthquakes. It is applicable to various types of steel structure buildings that need to consider seismic design, such as industrial and civil buildings, public buildings, etc. in earthquake-prone areas, to ensure the seismic performance of steel structure buildings in earthquakes.
"Code for Design of Steel Structures of Railway Bridges" TB 10002.2-2005
Application scope: Mainly used in the design of railway bridge steel structure, including the design of the main structure and connecting components of the bridge, to ensure that the railway bridge steel structure can withstand train loads, wind loads, etc., and meet the safety and comfort requirements of railway transportation.
《Highway Steel Structure Bridge Design Code》JTG D64-2015
Application scope: Applicable to the design of highway steel structure bridges, clarifying the design principles, material requirements, component calculation, fatigue design, anti-corrosion design and other contents of highway steel structure bridges, ensuring the safety and durability of highway steel structure bridges under vehicle loads, wind loads, environmental factors, etc., including the design of various types of highway beam bridges, arch bridges, suspension bridges, cable-stayed bridges and other steel structure bridges.
"Design Specification for Steel Structures of Port Engineering" JTJ 283-1999
Application scope: It specifies the design requirements for steel structures and structures in port engineering, such as the design of steel structures such as docks, piers, and lighthouses, and fully considers the factors affecting the corrosion and fatigue of the port environment on the steel structure, ensuring the safety and reliability of port steel structure facilities under the marine environment and port operation loads.
"Design Specification for Steel Structures of Petrochemical Tubular Furnaces" SH/T 3070-2005
Application scope: For the steel structure design of petrochemical tubular furnaces, it considers the special requirements of high temperature resistance and corrosion resistance of tubular furnaces, ensuring the safe operation of petrochemical tubular furnace steel structures under harsh working conditions such as high temperature and corrosive media, and providing reliable structural support for the petrochemical production process.
"Design Specifications for Steel Structures of Electrostatic Precipitators" JB/T 12127-2015
Application scope: Used for the design of steel structures of electrostatic precipitators to ensure the stability and reliability of steel structures of electrostatic precipitators, so that they can withstand the effects of equipment deadweight, internal electric field force, wind load, etc., and provide structural guarantees for the normal operation and dust removal effect of electrostatic precipitators.
"Design Specifications for Steel Structures of Mobile Bulk Material Continuous Handling Equipment" JB/T 8849-2005
Application scope: Applicable to the steel structure design of mobile bulk material continuous handling equipment, such as the design of steel structure brackets, trusses and other structures of belt conveyors, bucket elevators and other equipment, to ensure the safety and reliability of the equipment during operation, and to withstand loads such as material weight and operating impact.
"Design Specification for Steel Structures Related to Nuclear Safety in Pressurized Water Reactor Nuclear Power Plants" EJ/T 1062-1998
Application scope: It specifies the design requirements for steel structures related to nuclear safety in pressurized water reactor nuclear power plants, ensures the safety and reliability of steel structures under special working conditions such as nuclear radiation and earthquakes, and guarantees the normal operation and nuclear safety of nuclear power plants.
