Abstract：Research purposes: Hungary-Serbia Railway in Serbia is mainly designed according to European Union's standards and Serbian standards. In order to promote Chinese standards to go global, the following aspects are compared with Chinese standards: track and train load, profile and width of subgrade surface, structure of subgrade bed, subgrade filling material and compaction criteria, slope protection, drainage engineering of subgrade, retaining structure and subgrade settlement control. The differences in the main design technical standards of the Chinese and Serbian railway subgrade are put forward to study the applicability of Chinese standards in railway subgrade engineering in Serbia. Research conclusions: (1) The standards of China and Serbia have made different provisions on track and train load, profile and width of subgrade surface, structure of subgrade bed. The design of railway subgrade needs to be based on Serbian standards. (2) In terms of subgrade filling material and compaction criteria, slope protection, drainage engineering of subgrade and subgrade settlement control, the standards of China and Serbia are similar. And the Chinese standards have made more detailed classification and design provisions, which are applicable in Serbia. (3) The standards of China and Serbia are two sets of different design methods and theories in the design of retaining structures. The Chinese standard adopts the combination of allowable stress method and limit state method for the design of retaining structures. The safety factor and partial factor are summarized from the continuous practice in the process of railway construction in China, but lacking the experience of application in Serbia. (4) The research results can provide reference for the application of Chinese standards in the design of Serbian railway subgrade.
夏启迪. 中塞铁路路基主要设计技术标准对比[J]. 铁道工程学报, 2022, 39(6): 56-60.
XIA Qidi. Comparison of Main Design Technical Standards of Chinese and Serbian Railway Subgrade. Journal of Railway Engineering Society, 2022, 39(6): 56-60.
TB 10001—2016,铁路路基设计规范[S].TB 10001—2016, Code for Design of Railway Earth Structure [S].
[2]
No.39/2016 and 74/2016,塞尔维亚共和国政府公报:关于铁路线下结构技术要求和维护的规则手册[S].No. 39/2016 and 74/2016, Official Gazette of the Republic of Serbia, Rulebook on Technical Conditions and Maintenance of Lower Machines of Railways[S].
[3]
SRPS EN 1991-2:2012,欧洲规范1:结构上的作用—第2部分:桥梁上的交通荷载[S].SRPS EN 1991-2:2012, Eurocode 1: Actions on Structures — Part 2: Traffic Loads on Bridges[S].
[4]
SRPS EN 1991-1-1:2012,欧洲规范1:结构上的作用—第1-1部分:一般作用-建筑物的密度、自重和外加荷载)[S].SRPS EN 1991-1-1:2012, Eurocode 1: Actions on Structures — Part 1-1: General Actions — Densities, Self-weight, Imposed Loads for Buildings[S].
[5]
TB 10025—2019,铁路路基支挡结构设计规范[S].TB 10025—2019, Code for Design of Retaining Structure of Railway Subgrade[S].
[6]
GB 50010—2010,混凝土结构设计规范(2015版)[S].GB 50010—2010, Code for Design of Concrete Structures (2015)[S].
[7]
SRPS EN 1992-1-1:2015,欧洲规范2:混凝土结构设计—第1-1部分:一般规则与建筑设计规程[S].SRPS EN 1991-1-1:2015, Eurocode 2: Design of Concrete Structures — Part 1-1: General Rules and Rules for Buildings[S].
[8]
SRPS EN 1997-1:2017,欧洲规范7:岩土设计—第1部分:通用规则[S].SRPS EN 1997-1:2017, Eurocode 7: Geotechnical Design — Part 1: General Rules[S].
[9]
Q/CR 9127—2018,铁路路基设计规范(极限状态法)[S].Q/CR 9127—2018, Code for Design on Railway Earthworks (Limit State Method)[S].
[10]
Ril 836—2013,土建工程和其他岩土工程设计、建设和维护[S].Ril 836—2013, Geotechnical Structure and Geotechnical Engineering Design, Construction and Maintenance [S].
2022, Vol. 39 
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