COMSOL PZT dual damped resonator 3D model with solutions

In Bearbeitung Veröffentlicht Sep 15, 2010 Bezahlt bei Lieferung
In Bearbeitung Bezahlt bei Lieferung

I need someone to create a 3D COMSOL physical model of a small piezo driver that has attached, two oppositely mounted spring-mass resonators with wing dampers.

The resonator exists in real life and we have the specification of the parts and starting shape and its response to verify model.

Amplitude plots are required for the 2 wing stroke deflections when applying a driver signal of varying amplitude and frequency.

Solutions to optimise the model for large efficient wing deflections by varying the resonator engine parts.

This is my privet interest in progressing a miniature aviation vehicle engine concept that needs optimising before attempting making better prototypes, the engine uses fly or bee wings and is in the same scale as a honey bee.

I don't have any outside funding its coming from my own pocket so only apply if the cost of modelling can be kept reasonable. I prefer someone who can take more than an interest in this project to see where it leads to commercially downstream.

CAD/CAM Finite-Element-Methode (FEM) Matlab und Mathematica

Projekt-ID: #796759

Über das Projekt

4 Vorschläge Remote Projekt Aktiv Sep 23, 2010