Student Race Car
The objective of this demo is to provide insight into the typical modeling steps related to a linear
static analysis of a student racing car subjected to bending-, shear-, and torsion loads.
Please note, that the load cases, geometry of the frame, the dimensions of the 1D element cross
sections, material parameters etc. are just conceptual.
The objective of this tutorial is to “Analyse the Radial and Tangential Stresses of a Rotating Disc”
Figure: 3D FEM model of a “rotating” disc: Ri=50 mm, Ro=250 mm, Thickness T= 5 mm, material properties: E= 210.000 N/mm2, Rho=7.9e-9 t/mm3, average element size 10 mm, rotation velocity 250 rad/second