Course Topics and Schedule 2017
Section outline
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Advanced Structural and Wind Engineering
June 26th to 30th, 2017 at Budapest University of Technology and Economics
The course focus on advanced computational design techniques in the civil engineering design.
Hours Monday Tuesday Wednesday Thursday Friday 09:00 - 10:30 Computational structural design methodology
- L
(L. Dunai)Advanced fatigue assessment and design of bridges - L
(B. Kövesdi)
Improvement methods for Eurocode based design - parametric study and test result evaluation - L
(B. Kövesdi)Wind induced vibrations of long-span bridges
(G. Morgenthal)
Advanced techniques for fabrication simulations - Welding simulation - L
(J. Nezö)10:45 - 12:15 FEM based design - stability design of structures - 1
(L. Dunai)Finite element modelling of cold formed steel members in fire situation
(N. Lopez)
Design and solutions for bridge monitoring systems + loading test of bridges
(B. Kövesdi)
Wind induced vibrations of long-span bridges
(G. Morgenthal)
Modelling of people induced vibrations of structures and vice versa
(University of Osijek)
Lunch break 13:15 - 14:45 FEM based stability design of structures - 2 / Bridges - L
(B. Kövesdi)Fatigue assessment of a steel bridge deck - evaluation of measured database
(project work pres.)Project work preparation Wind induced vibrations of structures
(T. Abbas)
Presentation of project work 15:00 - 16:30 Modern bridge erection methods and their improvements and modelling - (B. Kövesdi) Bridges of the Danube
(L. Dunai)- - - - - - - - - - - - - - - -Guided ship Tour - Bridges in Budapest
Project work preparation finite element technologies for nonlinear solids and structures
(J. Korlec)
self study & social events Modelling of the people induced vibrations of structures and vice versa
Highlights:
- Vibration problems in structures: serviceability problems reducing people's comfort to an unacceptable level or safety problems with danger of failure
- Vibration analysis and design
- Forcing functions representing human walks in computer model of the structure
- Evaluation of the walking excitation force models to predict the structural response
- Dynamic tests: case studies
- Vibration problems in structures: serviceability problems reducing people's comfort to an unacceptable level or safety problems with danger of failure
