1st week: Process for the design of structures, designed lifetime, design situation, principles for design with regard to reliability, resistance of the structure, ultimate limit state and serviceability limit state, materials for steel structures, corrosion. Production of steel structures. 2.-3.nd week: Designing steel elements with regard to the standard ČSN EN 1993, classification of sections. Tension, compression, stability of the ideal beam, local stability, effective length. 4.-5.rd week: Definition for planar buckling, effective length for torsion, effective lengths for the different members, systems of members and frames 2D, 3D. Second order theory, buckling resistance, bearing capacity of compressed members, articulated members. 6th week: 3D-Bending, bearing capacity during bending, bi-axial bending, stability in bending, economic design, deflection and oscillation of members, buckling of walls and local loads. Bend spatial structure, deflection and vibration of beams 7th week: The combination of tension and bending, compression and bending, bending and torsion, for structures with large spans both 2D, 3D, SBRA method 8th week: Joints, welded joints, screw joints, bolted joints, rivet joints, distribution of forces in the connection points. Steel-concrete structures as defined by the standard ČSN EN 1994. Materials, interaction between the materials, bonding elements, principles for design. 9th week: Limit states for the design, beams, classification of sections, bearing capacity of the section, stability, shear connection, structural details. Centric compression, bending, compression and bending, serviceability limit state, metallic-concrete slabs. 10th week: Thin cold-rolled structures, material, production, reinforcing the material, local buckling, main types of sollicitation, tension, compression, bending, shear, combination of effects, joints, thin elements. 11th week: Corrosion of steel structures, production of steel structures, documents of the supplier. Typical steel structures ? halls and their design, method SBRA. 12th week: Calculation of fire resistance of steel and steel-concrete structures, mechanical loads during fire, principles for design. 13th week: Transmission of heat in the structure, analysis of elements and joints. Single cases for steel elements during fire ? beam, beam with loss of stability, column of a tall building, connection between the beam and the column.
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