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Modelling a MEMS device

Modelling a MEMS device can be requested to look at its mechanical behaviour, electronics or thermal management. Noise is another interest.

Modelling contact and friction

In transport and other industries, modelling contact and friction between components brings valuable information on the assembly behaviour.

Modelling high pressure valve

CFD simulation provides information about pressure drop and flow behaviour in valve when modelling a regulating solution for high pressure gases and fluids.

Modelling ultrasound flowmeter

Multiphysics phenomena occur in the modelling of an ultrasound flowmeter. It requires simulation of acoustics, mechanics, CFD and piezoelectricity.

Modelling spine implant

When modelling spine implant or other medical devices, mechanical simulations allow the engineers and researchers to asses its behaviour for various loads.

Modelling a piezoelectric actuator

When modelling a piezoelectric actuator, a modal analysis together with a harmonic analysis is run to find the best mode at which the structure will behave.

Modelling noise barrier

Modelling a noise barrier with underwater acoustics simulation to compare the efficiency of different designs and to reduce raw material consumption.

Modelling induction heating

Modelling induction heating through electromagnetics, heat transfer and structural mechanics, multiphysics simulation to optimise a shrink-fitting process.

Modelling vibrations in a pipe

Modelling vibrations in a pipe helps to optimise the measurement estimation of the viscoelastic fluid it contains, with acoustics and mechanical simulation.

Modelling HIFU medical devices

Modelling a HIFU probe for medical devices is a complex task. Multiphysics simulation expertise can help improve these ultrasound-based treatments.

Modelling CFD flow and heat transfer

Modelling a flow with CFD and heat transfer numerical simulation inside a thermal fatigue testing machine leads to optimise its energy consumption.

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