the submerged floating tube bridge: advantages of a new …...1969 messina 1979 eidfjord 1947...

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23/10/2019 The Submerged Floating Tube Bridge: Advantages of a new reality Arianna Minoretti, Chief Engineer Norwegian Public Roads Administration Teknologidagene 23rd October 2019

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  • 23/10/2019

    The Submerged Floating Tube Bridge:Advantages of a new reality

    Arianna Minoretti, Chief Engineer

    Norwegian Public Roads Administration

    Teknologidagene

    23rd October 2019

  • The Submerged Floating Tube Bridge

    23/10/2019

    SFTB for the Sulafjord, Statens vegvesen

  • Fiord Lenght (km) Depth (m)

    Halsafjorden 2 5-600

    Julsundet 1.6 5-600

    Romsdalsfjorden 13 330

    Sulafjorden 3.8 500

    Vartdalsfjorden 2.1 600

    Nordfjorden 1.4 500

    Sognefjorden 3.7 1250

    Bjørnafjorden 5 5-600

    Langenuen 1.3 500

    Boknafjorden 27 390

    E39 – Statens vegvesen

    The E39 fjord crossing project – 2013 (NTP)

    23/10/2019

    Digernessundet

  • The Submerged Floating Tube Bridge

    23/10/2019

    SFTB with tethers – Statens vegvesenSFTB with pontoons – Statens vegvesen

  • The Submerged Floating Tube Bridge

    23/10/2019

    Scheme for possible crossings, A.W.Solerød – Statens vegvesen

  • The Submerged Floating Tube Bridge

    23/10/2019

  • The Submerged Floating Tube Bridge

    23/10/2019

    1984 Como1998 Høgsfjord

    2000 Lugano1999 Storfjord

    1969 Messina1979 Eidfjord

    1947 Karmsund

    …..

  • The Submerged Floating Tube Bridge

    23/10/2019

    Statpipe (Statoil) – F.Selmer AS

    1982 Kårstø, Norway

  • The Submerged Floating Tube Bridge

    23/10/2019

    Name: Year:

    Söderströmstunneln 2015

    Location: Country:

    Stockholm Sweden

    Total length [m]: Water depth [m]: Tube OD [m]:

    300 - -

    Span lengths [m]:Horizontal alignment: Elevation [m]:

    107,5 max - -

    Characteristics:

    Cross section, concrete casting afloat and longitudinal section - Trafikverket

    Subsea tunnel realized as a continuous tube supported on discrete pile foundations, with a static behaviour like the one of an SFTB on column support

  • The Submerged Floating Tube Bridge

    23/10/2019

  • The Submerged Floating Tube Bridge

    23/10/2019

    Dr.techn Olav Olsen as

  • The Submerged Floating Tube Bridge

    23/10/2019

    Marine operations– Statens vegvesen

  • Trygve Olsen - 1923

    23/10/2019

    2019The SFTB

    International guidelines

    Madrid September 2019

  • The Submerged Floating Tube Bridge

    23/10/2019

  • The advantages of the SFTB

    23/10/2019

    Bjørnafjorden – Solstrand Hotel & Bad

  • The advantages of the SFTB

    23/10/2019

    Feasibil ity study for the Bjørnafjord – Statens vegvesen

  • The advantages of the SFTB

    23/10/2019

    Atlantic Ocean Road – Fjord Norway.com

    Wave load with water depth (normalized) for the Bjørnafjord study–

    Statens vegvesen

  • The advantages of the SFTB

    23/10/2019

    Bergens Tidende – March 2014

  • The advantages of the SFTB

    23/10/2019

    •Choice of materials: concrete vs

    steel

    •Concrete mix

    •Design of ballast system

    •Accessibility of every element

    •Provisions for destructive testing

    •Selection of fire protection

    MINIMUM MAINTENANCE

  • The advantages of the SFTB

    23/10/2019

    Contractor costs by main cost items (50-percentile) – Fib guidelines WG 1.2.2

  • The advantages of the SFTB

    23/10/2019

    Lago di Garda – Bresciatourism.it

  • 23/10/2019

    Statens vegvesen – study for the SFTB in Bjørnafjord

    «All risiko må derfor vurderes reelt, ikke ut fra det enkle prinsipp at det uvante er farlig, det kjente er trygt»

    Erik Ødegård Statens vegvesen, 1947