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 1

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

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

Comparative study between two exhaust silencers.  Can the flow within the first section be improved with a small design change.
We will test to find out!

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

In this project vibration analysis of jet engine is performed.

le but est de faire l'analyse modale de la structure

Target: To find the maximum flow with minimum levels of vibration for the cross flow fan. This is a sample project to show the air flow for particular vibration experienced by the fan. Design changes needs to be made to narrow down to the best design

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.

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

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

Model frequency vs vortex shedding frequency around a building

In this project a frequency analysis of crankshaft is demonstrated.

Frequency analysis tutorial of an airfoil.

Validation case for the frequency analysis simulation type.

pour voir l'effet sur les modes d'une masse et de son placement sur la structure

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

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

Vibration analysis of a rotating drone propeller.

le but est de caractériser le paysage modal pour le confronter au spectre d'excitation et estimer le risque de résonance

Structural simulation according to UN 38.3 T3 vibration test criteria

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

le but est de voir l'influence des CL sur les modes

pour voir l'effet sur les modes d'un raidisseur transverse

Example project of a multiphysics application. A Static and a Frequency analyses are used to determine the structural behavior of the assembly. Then, a conjugate heat transfer analysis will determine the thermal behavior of the cooling process of the motor.

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

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

This project acts as the demonstration template for the FEA professional training of the SimScale Academy - https://www.simscale-academy.com

Vibration assessment of bracket support using modal analysis
Safety factor check  of motor shaft under torque

1.Modal Analysis to identify Natural frequencies and Mode shapes of the assembly.
2. Frequency response analysis with a Load of 3G in Vertical and Transverse axis. Response to be observed across a frequency sweep of 30-150 Hz.
3. Dynamic Analysis of Battery Pack subjected to a Half sine shock of 30 G's amplitude for duration of 15 mSec.

Investigating the vibratory behavior of a disk brake in open vs. closed state.

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

Goals:
A) Identify Resonance frequencies of the assembly
B) Obtain the frequency response when pack is subjected to acceleration loads of 3G with a frequency sweep from 30 Hz to 150 Hz
C) Obtain the Displacement and Stresses when Pack is subject to Shock Load of 30G for a time duration of 15 milliSeconds

The aim of this project is to investigate the mechanical behavior of the 3D printer assembly. First to identify the critical eigenfrequencies of the printer frame, which will be used as an input to analyze the physical response of the system.

CFD analysis of vertical turbine + Some FEA studies

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

Frequency | SimScale Project Library | Page 1