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 74

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

This project shows the frequency analysis of the truss bridge for first 20 eigenmodes.

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

This project contains everything you need to work on your homework assignement

Mass Stiffness Tuning for optimal performance

Modal Analysis of fan

Original project of dario.

This project contains everything you need to work on the fourth homework assignment of the drone workshop

Vibration analysis,
Thermal analysis of PCB,
CFD thermal analysis of  2 box designs

In this project frequency analysis of a thick cylinder is demonstrated.

In this project a structural and an eigenfrequency analysis of a front wing is demonstrated.

Bend plate Y 0.02m modal analysis.

Original project of @kaz_puttenaers

CAD model from @rbr_ning - Flow simulation and an eigenfrequency analysis performed. CFD pre processing done with Onshape.

In this project two holder assembly models harmonic analysis was performed. Both models were taken from lr2015mp.

In this project an eigenfrequency and two static analyses of a motorbike are demonstrated.

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

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

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

Frequency | SimScale Project Library | Page 74