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Geomechanics and Tunnelling - v. 16, n. 1 (février 2023)

Publié:	février 2023

Articles dans ce numéro

Auteur(s)	Titre	Page(s)
Allahverdi, Navid / Bakhshi, Mehdi / Partovi, Maziar / Nasri, Verya	3D‐nonlinear finite element analysis of staged shield‐driven tunnel excavation with a focus on response of segmental tunnel lining	60-67
Wannenmacher, Helmut / Schlicke, Marcel	Analyses of Pre‐Excavation Grouting for TBM Tunnelling	55-59
Bianchi, Gianpino Walter	Analysis of TBM parameters during tunnelling in adverse conditions – The case study of the Frejus Safety Tunnel, Western Alps	47-52
Poisel, Alexander / Meier, Alexander / Bach, Dietmar	The application of the guideline for the geotechnical design of underground structures with TBM excavation in Austria	38-46
Fantini, Paolo / Calderon Miranda, Javier / Dell‘Ava, Gabriele / Flor, Alberto	EPB tunnelling in long, highly sensitive sections – The experience of Grand Paris Line 14 underpassing the Orly Airport	81-87
Steiner, Walter	Erfahrungen beim Tunnelbau in durchlässigem glazialen Lockergestein: offener Kies	68-80
Bisenberger, Tobias	Innovative contract and compensation model in mechanised tunnelling – Calculation of the deviating construction time based on digital excavation and process data	22-27
Zahed, Mohammad Ali / Seidi, Fouad / Salehi, Samira / Pardakhti, Amirarsellon	Simultaneous assessment of health, safety, and environmental risks using William Fine and FMEA methods based on OHSAS 18001: 2007 standard in the Alborz tunnel, Iran	103-113
Lehmann, Gabriel / Käsling, Heiko / Praetorius, Steffen / Seng, Frederic / Thuro, Kurosch	Small‐diameter tunneling in difficult ground – Analysis of TBM performance in hard rock	15-21
Hassanpour, Jafar / Goodarzi, Saeed / Yagiz, Saffet / Rostami, Jamal / Davari Sarem, Milad	Soft sedimentary rocks and their boreability characteristics in mechanised tunnelling projects	28-37
Cordes, Tobias / Voit, Klaus	Strukturoptimierung von Spritzbetonschalen – Versagensanalysen von Spritzbetonschalen bei Betrachtung von Vortriebsoptimierungen	88-101

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IssueID
69199
Publié(e) le:
21.03.2023
Modifié(e) le:
21.03.2023

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