Structural Engineering

Structural Engineering Topics


  • Timber structures

  • Steel and composite structures

  • Prestressed steel structures

  • Industrial steel structures

  • High-rise steel structures

  • Steel bridges

  • Suspension bridges

  • Structural mechanics of concrete, reinforced concrete and prestressed concrete: elasticity, frame theory, plate theory, yield line theory, thin-walled structures, constitutional and numerical modeling of concrete

  • Reinforced concrete and prestressed concrete structures: frame structures, multi-story structures, surface structures (shells, water tanks, silos), retaining walls, prestressed concrete and composite bridges, prefabricated structures

  • Masonry structures: material characteristics, concrete brick experiments and finite element modeling

  • Structural analysis: classical structural analysis, matrix method, finite element method, non-linear structural analysis, limit state analysis, structural reliability, statistical determination of material and load parameters

  • Structural dynamics, earthquake engineering, dynamic analysis methods (spectral analysis, time history analysis), non-linear vibrations, strengthening of damaged structures

  • Structural design, computer-aided design, non-linear finite element applications to reinforced concrete members, performance based design

 

To Structural Engineering Division Web Site --->