Frequency

The Frequency analysis type is used to calculate the natural frequencies of constrained or free parts and assemblies. Besides the numerical value of the eigenfrequencies, the results provide insights into the deformation behaviour of the corresponding eigenmodes. | Page 60

In this project the eigenfrequencies and the corresponding eigenmodes of a rotor have been computed with SimScale.

In this project a frequency analysis of a disc brake is demonstrated.

A jet engine mount is analyzed regarding its harmonic response to the vibration of the jet engine.

In this project a frequency analysis of crankshaft is demonstrated.

In this project frequency and harmonic analysis of the Hayabusa engine were performed.

Studying static and dynamic  stress on a compressor blade

Simple modal analysis for a Rotor component. Rotor CAD was taken from GrabCAD.

Finding the specific resonating modes of a cylinder

This acoustics simulation shows the frequency analysis of the Olympic Tower in Munich with first ten natural eigenfrequencies.

In this project vibration analysis of jet engine is performed.

A structural assessment of a CNC router table is demonstrated in this project.

This project performs the calculation of eigenfrequencies of an unconstrained sphere.

With this project the impact of the mesh order and fineness on the eigenmodes of a simple beam is shown.

Copy of @pthomas's geometry. Did a frequency analysis with it.

This project demonstrates the analysis of a mechanical arm using all available structural solvers on SimScale.

FEA on c-clamp designed to seal a pressurized tank while leak testing.

Simulation of test rig of a rotor stator cavity

In this project two different mounting brackets were modeled using harmonic analysis

Identifying the critical frequencies and Eigenmodes of the VAWA

To study harmonics of test jig under static load

Frequency | SimScale Project Library | Page 60