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R. Saul, H. Svensson (1982)
THEORY OF SHIP COLLISION AGAINST BRIDGE PIERS
(2005)
Die Geh- und Radwegbrücke
M. Knott (1986)
PIER PROTECTION SYSTEM FOR THE SUNSHINE SKYWAY BRIDGE REPLACEMENT, 8
G. Morgenthal, R. Saul (2005)
Die Geh‐ und Radwegbrücke Kehl – StrasbourgStahlbau, 74
(2005)
Centenario Crossing the Panama Canal
(1984)
Tjörn Bridge
(1959)
Minorsky, V.U.: An Analysis of Ship Collision with Reference to Protection of Nuclear Power Plants
P. Pedersen, S. Valsgård, D. Olsen, S. Spangenberg (1993)
Ship impacts: Bow collisionsInternational Journal of Impact Engineering, 13
(1959)
An Analysis of Ship Collision with Reference to Protection of Nuclear Power Plants
R. Saul, R. Hanke, G. Kusch (1998)
Die neue Neckarbrücke zwischen Kirchheim und GemmrigheimStahlbau, 67
(1990)
The twin cable-stayed composite Bridge at Baytown, Texas
R. Saul, T. Lovett, S. Hopf (1994)
The Kap Shui Mun bridge at Hong Kong
M. Knott, M. Hager (1987)
SHIP COLLISION WITH BRIDGES, 61
(2005)
Venezuela’s Second Orinoco Crossing
H. Svensson, E. Jordet (1996)
THE CONCRETE CABLE-STAYED HELGELAND BRIDGE IN NORWAY., 114
Qiang Hua (2006)
Comparisons of Design Formula of Ship Collision for Bridges Based on FEM SimulationsJournal of Highway and Transportation Research and Development
W. Zellner, R. Saul (1991)
The New Galata Bascule Bridge at Istanbul
Julie Clark (2000)
MEKONG MILESTONE: A MAJOR LINK FOR VIETNAMBridge Design & Engineering
N. Jones, T. Wierzbicki (1993)
Structural Crashworthiness and Failure : Proceedings of the Third International Symposium on Structural Crashworthiness held at the University of Liverpool, England, 14-16 April 1993
(2001)
The Rosario-Victoria cablestayed Bridge across the River Paraná in Argentina and its Ship Impact Protection System
(1981)
Zum Schutz von Brückenpfeilern gegen Schiffsanprall (On the Protection of Bridge Piers against Ship Collision)
(1976)
Die Kollisionsversuche der GKSS (The Collision Tests of the GKSS)
R. Saul, H. Svensson (1983)
LIMITING THE CONSEQUENCES OF SHIP COLLISIONS WITH BRIDGES AND OFFSHORE STRUCTURES
(2004)
Formfindung und Entwurfsplanung des SpinakerTower in Portsmouth (Shaping and Designing the SpinakerTower in Portsmouth)
H.‐P. Andrä, B. Dietsch, D. Sandner (2004)
Formfindung und Entwurfsplanung des – Spinnaker Tower in PortsmouthBautechnik, 81
This article outlines the development of pier protection against ship collision over the last 25 years. The calculation of impact forces is developed from general formulas for equivalent loads, based on collision tests, to numerical FEM simulations. Comparisons between the results are given. Examples of the structural protection of 18 bridges are described.
Steel Construction: Design and Research – Wiley
Published: Mar 1, 2009
Keywords: ; ; ; ; ;
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