Buckling & Thin walled structures by Antonio Agüero Ramon-Llin
1-Global buckling under compression (Flexural, torsional or flexural torsional) and/or lateral torsional buckling. Geometric equivalent imperfection. Matlab software+Fortran+Maple.
2-Thin walled resistance Class 1, 2, 3 & 4 : Internal Forces [N, Vy, Vz, B, My, Mz, Tt, Tw] Axial & Shear forces, Bimoment, Bending moments, Saint Venant & warping Torsion. Elastic & plastic. Local buckling (effective width). Normal, Shear & Von Mises Stresses. Matlab Software.
3-Earthquake Opensees modellling of steel braces & masonry infilled frames (Steel & concrete). Cyclic & Dynamic analysis. Matlab + Tcl.
4-Steel Connections
5-Linear & modal analysis Trusses & Frames.
6-Personal webs
7-Plane Stress, plates and shell (material isotropic & orthotropic) structures linear and nonlinear Corotational static and dynamic.
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