|
Pages liminaires
|
1
|
|
Préface
|
3
|
|
Divers
|
4
|
|
Table des matières
|
5
|
|
Rubrique: Opening Session
|
11
|
|
Article: The swedish road system on the threshold of the 21st century
|
11
|
|
Article: IABSE Colloquium "Tunnel strcutures 1998"
|
20
|
|
Rubrique: Session 1: Current and planned projects
|
21
|
|
Article: The stockholm urban road tunnels - an overall status report
|
23
|
|
Article: Central artery project technical overview
|
33
|
|
Article: Construction of Trans-Tokyo Bay Highway
|
43
|
|
Article: Optimizing the construction method if a surface tunnel south of Vienna
|
49
|
|
Article: A50 Blythe Bridge to Longton - Meir Tunnel
|
57
|
|
Article: Planning of tunnel structures for mass rapid transport system, Delhi
|
63
|
|
Rubrique: Session 2A: Structural design - soil and foundation
|
69
|
|
Article: Computational model and charts for cut-and-cover tunnels
|
71
|
|
Article: Over-crossing concrete tunnels in Arlandabanan
|
87
|
|
Article: Underpinning of Red Line South station
|
93
|
|
Article: Study on practical application of the MMST method
|
99
|
|
Article: Basel's new motorway link to France - tunnel construction under inner-city conditions
|
105
|
|
Article: The design of the Øresund tunnel anchored ramps
|
111
|
|
Article: Challenging use of immersed tubes in the Fort Point Channel, Boston, MA
|
117
|
|
Article: Geotechnical instrumentation supporting central artery construction
|
125
|
|
Article: Reliabiility-based design method for cut-and-cover tunnels
|
131
|
|
Rubrique: Session 2B: Structural design - structural engineering
|
137
|
|
Article: The Øresund tunnel - "Design and build" in practice
|
139
|
|
Article: Design of reinforcement to control cracking due to imposed strains
|
151
|
|
Article: Numerical modelling of prefabricated segmental tunnels under embankments
|
157
|
|
Article: Development of Wing Segments
|
163
|
|
Article: Full scale live load tests on a corrugated steel culvert
|
169
|
|
Article: Øresund tunnel - control of early age cracking
|
175
|
|
Article: Cut-and-cover tunnels at the Arlanda link
|
181
|
|
Article: Evaluation of steel-concrete composite structures applied for multi-micro shield tunnel
|
187
|
|
Article: Design of tunnel structures and linings for ice pressure
|
193
|
|
Article: The design of the Western Harbour Crossing, Hong Kong
|
203
|
|
Article: The design of the Western Immersed Tube Tunnel, Hong Kong
|
209
|
|
Rubrique: Session 3: Fire - prediction and mitigation
|
215
|
|
Article: Fire protection in traffic tunnels: resu of EUREKA research project "EU 49 FIRETUN"
|
217
|
|
Article: Full-scale fire tests as part of risk analyses
|
225
|
|
Article: Probabilistic fire analysis, Limfjordstunnel, Denmark
|
231
|
|
Article: Risk analysis and safety concept: Norra and Södra Länken
|
237
|
|
Article: Fire safety cheking of tunnels based on probabilistic analysis
|
245
|
|
Article: Fire Hazard Mitigation for the Øresund Link Immersed Tunnel
|
251
|
|
Rubrique: Session 4: Security and environmental aspects
|
263
|
|
Article: Risk analysis as a tool to determine designe load due to explosion in a tunnel
|
265
|
|
Article: Security aspects of the new railway link with Brussels Airport
|
277
|
|
Article: Cut-and-cover tunnel a karst environment
|
289
|
|
Article: Seismic design for large-scale cut-and-cover tunnels
|
295
|
|
Article: Environmental consideratios for highway tunnels
|
307
|
|
Article: Ventilation combined with air cleaning technology for particels and NOx for road tunnels
|
313
|
|
Article: Managing impacts of ground movement in urban tunneling
|
319
|
|
Article: Influence of road enclosure structures on ventialtion
|
327
|
|
Article: Hazard and risk analysis in the design and construction of tunnels in carbonate rock mass of the adriatic area
|
333
|
|
Rubrique: Session 5: Construction
|
341
|
|
Article: Construction of elements for the Øresund immersed tunnel
|
343
|
|
Article: Deep soil-cement mixing for CA/T project
|
355
|
|
Article: Discrete supports in submerged tunnels
|
367
|
|
Article: Safe backfilling due to finite element precalculations
|
373
|
|
Article: Railway tunnel under Sydhavn Station
|
379
|
|
Article: Laong distance underpass construction beneath railway
|
385
|
|
Article: Advantages of british steel bi-steel in immersed tunnel construction
|
395
|
|
Article: Soldier pile tremie concrete walls as part of the final tunnel structure
|
405
|
|
Rubrique: Session 6: Maintenance and repair
|
413
|
|
Article: Maintenance and repair : keynote address
|
415
|
|
Artikel: Repair of the Linfjord tunnel, Denmark
|
431
|
|
Artikel: An effective and eternal maintenance method for concrete tunnel structures
|
439
|
|
Artikel: Reconstruction of the Dewey Square tunnel
|
445
|
|
Artikel: The prediction of the costs of maintenance
|
451
|
|
Artikel: Laser scanning for tunnel state assessment
|
457
|
|
Artikel: Concrete pavements in tunnels
|
469
|
|
Artikel: Rehabilitation of two existing tunnels in West Malaysia: a case study
|
475
|
|
Artikel: Rehabilitation work for the upheaval disaster at underground station caused by the groundwater rising
|
485
|