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Lecturer(s)
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Culek Bohumil, doc. Ing. Ph.D.
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Course content
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Bridge structures theory, Bridge loading, Bridge superstructure Plate girders, Truss girders Composite bridges (concrete, steel) Portal-frame bridges Arch bridges Cable bridges (Cable-stayed, Suspension) Bridge decks Bridge bearings, expansion joints Fabrication, erection, maintenance, reconstruction Design and technical documentation Excursions, examples
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Learning activities and teaching methods
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Monologic (reading, lecture, briefing)
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Learning outcomes
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The aim is to teach students basic knowledge of steel structures (bridges) in areas of: - Bridge structures theory, lay-out treatments, loading, material, standards. - Construction of bridge superstructure and rail and road bridge deck, calculation models, static design and check. - Plate girder bridges, lay-out treatments, calculation models, spatial behavior. - Truss girder bridges, lay-out treatments, plane and spatial computational models. - Composite steel and concrete bridge structures, lay-out treatments, calculation models, coupling members. - Bridges with sheet orthotropic bridge deck. - Arch bridges, lay-out treatments, calculation models. - Bridge bearings, bridge structure maintenance, reconstruction of bridge structures.
After graduation are students able to design general steel structures. Students are able to work as building inspector, design engineer or in other areas connected to steel structures (bridges).
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Prerequisites
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Knowledge of "Steel bridges I" is demanded.
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Assessment methods and criteria
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Written examination
Exam from object (form, content, continuation) is fixed term conformable with educational and examination order.
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Recommended literature
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D. Josef : Encyklopedie mostů.
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ESDEP - European Steel Education Programme.
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H. Šertler, J. Vičan : Skutečné působení mostů.
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J. Pechar, J. Bureš, A. Schindler : Kovové mosty.
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T. Rotter, J Studnička : Ocelové konstrukce 30, ČVUT.
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V. Domica, J. Bujňák, J. Vičan : Kovové mosty, Žilina.
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