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Describes how basic physics principles are applied to the design and building of a bridge. Also examines the relationship between physics and engineering and includes examples and problems to be solved.
Cantilever bridges --- Cantilever bridges --- Design and construction --- Design and construction
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Prestressed concrete. --- Cantilever bridges --- Bridge decks --- Cantilever bridges --- Bridge decks
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Deformation --- Bridges structures --- Cantilever bridges --- Deformation --- Bridges structures --- Cantilever bridges
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Prestressed concrete. --- Cantilever bridges --- Girder bridges --- Cantilever bridges --- Girder bridges
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Cantilever bridges --- Structural steels --- Bridge decks --- Cantilever bridges --- Structural steels --- Bridge decks
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Analyse mathématique --- Mathematical analysis. --- Reinforced concrete. --- Cantilever bridges --- Cantilever bridges
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Cantilever bridges --- Railroad bridges --- Design and construction. --- History --- Pont de Québec (Québec) --- History
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Analyse mathématique --- Mathematical analysis --- Deformation --- Structural analysis --- Service life --- Bridges structures --- Prestressed concrete --- Cantilever bridges --- Shrinkage --- Relaxation time --- Relaxation mechanics --- Viscoelasticity --- Loading --- Analyse mathématique
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