REPORT SERIES OF NORDIC TIMBER BRIDGE PROJECT
PUBLISHED IN SERIES OF NORDIC WOOD BY NORDIC TIMBER COUNCIL (NTC)
Design values; A. Pousette, Trätek - Swedish Institute for Wood Technology Research,. Nordic Wood. Oslo 2001. 20 p.
Pilot Bridges; R. Mäkipuro, A. Kouvalainen, A. Jutila, Helsinki University of Technology. Nordic Wood. Oslo 2002. 22 p.
Joints, Connections and Substructures for Timber Bridges; M. Torkkeli, M. Heiskanen, T.A. Stensby, M. Gustafsson, V. Alajoki, H. Rautakorpi, A. Jutila, Helsinki University of Technology (Finland). Road Administration (Norway), Trätek (Sweden), N ordic Wood. Oslo 2002. 43 s.
Stress Laminated Bridge Decks, Part II; A. Pousette, P. Jacobsson, M. Gustafsson, J. Horttanainen, K. Dahl, Trätek - Swedish Institute for Wood Technology Research, Nordic Wood. Oslo 2002. 26 p.
Fatigue Tests of Dowel Joints in Timber Structures, Part II; K. A. Malo, Nordic Wood. Oslo 2002. 24 p.
Monitoring of four new Timber Bridges.; P-A. Fjellström, , A. Tengs, E. Aasheim, L. Salokangas, A. Jutila, Nordic Wood. Oslo 2002. 40 p.
Wood-Concrete Composite Bridges:
Tests on Shear Connectors; J. Tommola, L. Salokangas, A. Jutila, Helsinki University of Technology, 1999.
Analysing methods of a Composite Girder Containing Wood; R. Mäkipuro, A. Jutila, Helsinki University of Technology, 1999.
Follow-up Tests of the Uusisalmi Bridge; L. Salokangas, A. Jutila, Helsinki University of Technology, 1999.
Formwork and Falsework Construction; S. Noponen, A. Jutila, Helsinki University of Technology, 1999.
Example Drawings for Timber Bridges:
Wood Concrete Composite Bridges; S. Noponen, A. Jutila, Helsinki University of Technology, 1999.
Prototype Models of Timber Bridges with Prefabricated Deck Units; R. Mäkipuro, A. Jutila, Helsinki University of Technology, 1999.
Arch Bridges for Road Traffic; M. Torkkeli, H. Rautakorpi, A. Jutila, Helsinki University of Technology, 1999.
Arch Bridges for Pedestrian Traffic; A. Savolainen, H. Rautakorpi, A. Jutila, Helsinki University of Technology, 1999.
Other Topics:
Fatigue Tests on Dowel Joints in Timber Structures; K. A. Malo, The Norwegian University of Science and Technology, 1999.
Fatigue;
C.Odin Clorius, M. Uhre Pedersen, P.Hoffmeyer, L. Damkilde, Technical University of Denmark, 1999.Optimum Chemical Protection; F.G. Evans, K.H. Solli, Norwegian Institute of Wood Technology, 1999.
Life Cycle Assesment (LCA) of two Timber Bridges in Sweden; A. Pousette, Trätek - Swedish Institute for Wood Technology Research, 1999.
Cable Stayed Timber Bridges; A. Pousette, Trätek - Swedish Institute for Wood Technology Research, 1999.
Monitoring of Timber Bridges; P-A.Daerga, P-A.Fjellström, Trätek - Swedish Institute for Wood Technology Research, 1999.
Field Measurements of the Lusbäcken Timber Bridge; P-A. Daerga, P-A. Fjellström, Trätek - Swedish Institute for Wood Technology Research, 1999.
Timber Bridges - a presentation of 22 Nordic timber bridges; E. Aasheim (Coordinator of Nordic Timber Bridge program), Nordic Timber Council. 1999.
Market Survey; K. Bakke, K.H. Solli, Norwegian Institute of Wood Technology, 1996.
Competitiveness of Timber
Bridges:
- The Timber Bridge
Market; M.
Gustafsson, Trätek
- Swedish Institute for Wood Technology Research, 1997.
- Reasons for
Choosing A Timber Bridge; G.
Lindberg, Gunnar
Lindberg AB, 1997.
- Construction
Costs of Timber Bridges in Comparison with Concrete, Pre-stressed Precast Concrete and
Steel Bridges
in Finland; P. Haakana,Helsinki University of
Technology, 1997.
Rules concerning the design of Nordic Timber Bridges; A. Jutila, Helsinki University of Technology, 1997.
Wood-Concrete Composite Bridges; R. Mäkipuro, J. Tommola, L. Salokangas, A. Jutila, Helsinki University of Technology, 1996.
Design of Wooden Arch Bridges; J. Tommola, A. Jutila, H. Rautakorpi, J.Wistbacka, Helsinki University of Technology, 1996.
Stress-Laminated Bridge
Decks:
- Influence of
Different Climates on Moisture Content, Bar Forces and Cupping; A. Pousette, Trätek
- Swedish Institute for Wood Technology Research, 1997.
- Deflection
measuring of Stress-Laminated Deck Bridge; K-A. Marklund. Trätek - Swedish
Institute for Wood Technology Research, 1997.
- Climatic
Influence on Prestressing Forces in Stress-Laminated Timber Deck Bridges; K-A. Marklund.Trätek
- Swedish Institute for Wood Technology Research, 1997.
Timber Truss Bridges; K.H. Solli, The Norwegian University of Science and Technology, 1997.
Joints for Timber Bridges; O.Ellingsrud, Norwegian Institute of Wood Technology J. Ljørring, DTI Wood Technology, 1997.
Railings for Timber Bridges; M.Gustafsson, M. O. Nilsson, T. Ström, Trätek - Swedish Institute for Wood Technology Research, 1997.
Wearing Surfaces for Timber Bridges; A. Pousette Trätek - Swedish Institute for Wood Technology Research, 1997.
Prefabricated Foundation for Pedestrian Timber Bridges; L. Holm Trätek - Swedish Institute for Wood Technology Research, 1997.
Guidelines for Wood Protection by Design and Chemical Wood Protection of Timber Bridges; K. Henriksen, DTI Wood Technology, 1997.
Publications in the series of Bridge Engineering
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Updated 17.03.2003 |
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