Static

This analysis type is used to determine the displacements and stresses in structures or components caused by the applied constraints and steady loads - inertia and damping effects are ignored. A Static analysis can be either linear or nonlinear. | Page 16

Engine bearing analysis of an airplane - Copy - Copy

Determine cyclic stress distribution in a gear tooth under torque.
Geometry:
•	Module: 4 mm, 20 teeth, pressure angle: 20°.
•	Tooth profile: Standard involute.
Material: Alloy Steel (E = 210 GPa, ν = 0.3, S-N curve data).
Boundary Conditions:
•	100 Nm torque applied to gear hub.
•	Cyclic loading (R = 0, frequency = 10 Hz).
Analysis Steps (Simulia/Abaqus):
1.	Static structural analysis for stress.
2.	Fatigue analysis using Goodman correction.
3.	Define contact pairs between meshing teeth.
Parameters to Vary: Torque magnitude (100 Nm vs. 150 Nm).
Deliverables:
•	Stress distribution on tooth flank.
•	Fatigue life contour plots.
•	Critical crack initiation zones.
Validation: Compare with AGMA gear stress equations.

Template for the convergence study course in Coursera - Copy - Copy

A threaded joint is subjected to a tensile load of 5000 N with a temperature of 100 C. The outer surfaces of the treaded joint are applied with convection of 20 W/m2-K, while keeping the other end fixed. Determine the von mises stresses along with the temperature distribution along this threaded joint.

This project shows the stress analysis of a HPU-RingSeal

Have a bar geometry that yields requested deformation.

Tutorial project for linear static analysis of a crane - Copy

Testing whether the backplate will be stiff enough