Laboratorios virtuales
1- Plane 2D Truss.
https://labmatlab-was.upv.es/webapps/home/Truss.html
2- 3D Truss linear & vibrations.
https://labmatlab-was.upv.es/webapps/home/Truss3d.html
3- Plane Frame linear & vibrations.
https://labmatlab-was.upv.es/webapps/home/Structure_linear_modal.html
4- Beam flexural torsional vibration
https://labmatlab-was.upv.es/webapps/home/Structure_linear_modal_Torsion.html
5- Beam on elastic foundation & no tension spring
https://labmatlab-was.upv.es/webapps/home/Beam_on_elastic_foundation.html
6- Beam on elastic foundation linear, buckling and vibration
https://labmatlab-was.upv.es/webapps/home/Beam_on_elastic_foundation_stability.html
7-Plane Frame linear, stability & vibrations.
https://labmatlab-was.upv.es/webapps/home/Structure_linear_modal_new_stability.html
8- Truss 3d nonlinear geometric corotational
https://labmatlab-was.upv.es/webapps/home/Truss_3d_nonlinear.html
9- Truss 2d nonlinear geometric corotational
https://labmatlab-was.upv.es/webapps/home/Truss_2D_nonlinear.html
10- Frame 2D nonlinear geometric corotational formulation.
https://labmatlab-was.upv.es/webapps/home/Frame_2D_nonlinear.html
11- Frame 2D dynamic (including earthquakes) , static, modal and buckling analysis
https://labmatlab-was.upv.es/webapps/home/Structure_dynamic_linear_modal_new_stability.html
12-Frame 2D dynamic (including earthquakes, moving loads …) , static, modal and buckling analysis. Any initial conditions at the nodes, and the possibility of different time dependent forces variation at different nodes.
https://labmatlab-was.upv.es/webapps/home/Frame_2D_Dynamic_Static_modal_Buckling.html
13- Truss 3d dynamic, static linear nonlinear ( geometric corotational and material) & modal
https://labmatlab-was.upv.es/webapps/home/Truss_3d_nonlinear_dynamic.html
14- Beam bending + Torsion dynamic static & modal.
https://labmatlab-was.upv.es/webapps/home/Beam_bending_Torsion_Dynamic_Static_modal.html