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[10] [11] [6]C1, ö Ï. 9.¯0p¥µz¿Z-,rGVÒ
T-E ú įZ[z«ZatuJ
K%S¢±, ø!«ZatuzJK¾rÌ¡ «ZatuJK[J]. aWgj8-,2021,21(6):
2378-2385.
@ÆQ、 ÃÄE, íè.éOJK¿zÀ
[7]SWANNELLN,PALMERM,BARLAG,etal.Geotech
K1+S1, ÜÅO;-hzJKW»ú
nicalriskmanagementapproachforTBM tunnellingin
¿À¡AuïNZ[ø!«Za°ÁÂÃ。
squeezinggroundconditions [J].TunnellingandUnder
4 U V groundSpaceTechnology,2016,57:201-210.
[8]OULiang,CHENYun,ZHANGJing,etal.Dematel-
(1) mø!«Zuyza*, LZ[ ISMbasedstudyoftheimpactofsafetyfactorsonurbanrail
ÆQ、 NO、 ÃúE´²mÃÇÈ«Zazt tunnelconstructionprojects[J].ComputationalIntelligence
uÌÍ, -GNZø!«ZatuJK¢ Ô£, andNeuroscience,2022,2022:2222556.
í¢ Ô£¶£ 8 { ¢ 19 e ¢ , ¼ [9]0¸5, ú33, 8 õ, E. 9.{¢1h*!µ
l=tu(¡ 4 E 。 z TBM«ZtuJKh%S[J]. X-8,2021,42
(5):1424-1433.
(2) NZø!«ZatuJK¢ yh
[10]èT-, ú6n, ÞÍG. NZg"øÛ«Zatu
1+Sm1, ;®¢/© G2µª¯0µ
mJKW>ª[J]. Bw]+,2021,43(5):142-148.
ÿ¢ ©J、 àd0, ¼Ò¶?7[z
[11]ú . zP®ÆaNZø!«ZatuJK[D].
µ÷Àm0#, ï*Ö»ú, -G/©z
hU: hUC¶.8,2021.
G2-AEW -UMT«ZatuJKW»úh。
[12]MORADIMR,FARSANGIMAE.Applicationoftherisk
§Y.hmJ>µ, ;-h+SÖ¿P, tu matrixmethodforgeotechnicalriskanalysisandprediction
ÌÍù$z+, ©«ï*z»ú!¾À¿óA+ oftheadvancerateinrockTBM tunneling [J].RockMe
Æ©Ô* Ìe, L}À<1Æ°± chanicsandRockEngineering ,2014,47:195l-1960.
tuMqª«。 [13]#Ð, ÅGµ, Ö -. 9. ANP- ¦¨l TOPSIS
#
( 3) Z[ 7ø!¡&, JK=±=«Z µzïNø!La1JK[J]. NQRWNZ[8
-,2019,30(1):143-149.
atu¡uÖtu, {ÏRe±ÇÈazJK
[14]ZHOUMingtao.Overallriskassessmentandcontrolofex
Ì¡ÃÄ、 NOgjãä, Ío;-h
presswaybridgeandtunnelconstructionsecurity [C]//
zÀ1。O;-hÀ0Ò=vAuïN
20214thInternationalConferenceonComputer ,CivilEn
Z[NZø!Z[z«ZatuJKu, .ý
gineering and Mechatronics. UK : Francis Academic
AuïNZ[NZø!«ZatuP«ÏR
Press ,2021.
°±A+Mnª«ÎÏ#K67。 [15]HUANG Mingli,ZHANG Zhien,SONG Yuan,etal.
Riskassessmentoftunnelfaceinstabilityundermultifac
yzFG: torcouplingbasedonconditionalprobabilityandtunnel
[1]Ú ². ¤}&ea )*8©ÊÉ=rÔ£Ú- constructionmechanics [J].AppliedSciences,2022,12
¦÷[N]. u!ÊÉ=r-,20220215(2). (15):7881.
[2] ô, °È, 09Í. 9.@$zP*-,« [16]HUKai,WANGJunwu,WU Han.Constructionsafety
ZatumJ¦´µ[J]. aWgj8-,2021, riskassessmentoflargesizeddeepdrainagetunnelpro
21(3):957-968. jects [J].MathematicalProblemsinEngineering,2021,
[3]h ², ÈÖ1, /Ò. Æäl¶Ûĵ«Za 2021:7380555.
tuJK[J]. ¦øÛ3H,2021,58(4):57-66. [17]h ², ÈÖ1. 9. EW-AHP +SmMÖrèzøÛ
[4]E µ, ì0O, 1 W. 9. Cloud-BNzGÜ)" $ÄtuJK[J]. aWgjZ[,2020,27(5):92-97.
ä2 a J K [J]. u ! a 2 8 8 -,2019,29 [18]LIZhi,MENGXianqing,LIUDunwen,etal.Disaster
(10):147-153. riskevaluationofsuperlonghighwaystunnelbasedonthe
[5]LIXiaojuan,WANGChen,KASSEMMA,etal.Evalua cloudandAHPmodel [J].AdvancesinCivilEngineer
tionmethodforqualityrisksofsafetyinprefabricatedbuild ing ,2022,2022:8785030.
ingconstructionusingSEM-SDM approach [J].Interna [19]SUNXingliang,TENGGuo,GUOXiaolong,etal.Risk
tionalJournalofEnvironmentalResearch and Public assessmentofwaterinrushinkarsttunnelsbasedonfuzzy