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> Different classes < |
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SE201 Advanced Structural Analysis - Paper |
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328
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Shape functions for a thin plate element |
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SE207 - FRP Rehabilitation of Structures - Paper |
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1
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Longitudinal bar buckling in RC
columns and retrofit with FRP |
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SE213 - Bridge Design - Seismic Design of bridges |
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267
kb
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A design example of a bridge pier |
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SE213 - Bridge Design - Cable Stay Bridge |
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217
kb
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A simple example of a cable stay bridge design |
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SE213 - Bridge Design - Cable Stay Bridge - Presentation |
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222
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The PowerPoint Presentation of the Cable Stay Bridge Design |
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SE221 - Earthquake Engineering- Frame Project |
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1.49 Mb
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Evaluation of the seismic performance of a four-story steel frame |
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SE223 - Advanced Seismic Design - Pushover analysis |
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111
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Pushover analysis of the 7 storey building with evaluation of the drift ratios and the damage states |
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SE223 - Advanced Seismic Design - Seismic Design of a bridge pile |
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147
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A displacement based design project of a bridge pier with foundation flexibility |
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SE223 - Advanced Seismic Design - Project |
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738
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A displacement based design project of a reinforced wall building |
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SE223 - Advanced Seismic Design - Project Presentation |
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268
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A displacement based design project of a bridge pier with foundation flexibility |
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SE199 - Independent Study - Longitudinal bar buckling
behaviour |
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758
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A reasearch about existing models which describe the buckling behaviour of longitudinal bars in RC columns.
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