Electrostatic Devices: Modeling & Simulation

In course

Id voluptate irure qui exercitation incididunt quis sunt esse pariatur eiusmod fugiat laborum labore veniam. Minim magna voluptate magna anim magna velit voluptate reprehenderit ipsum ullamco. Commodo eu enim reprehenderit enim reprehenderit nostrud elit irure ullamco. Nostrud in qui in pariatur minim nisi laboris. Dolor nulla sint est ea elit pariatur deserunt.

Description

This lecture covers the finite element simulation of electrostatic devices, focusing on scaling laws and simulations in micro and nanosystems. Topics include modeling of parallel plate capacitors and actuators, pull-in voltage, edge/fringe effects, and the theory behind electrostatic actuation.

Instructors (2)

laborum nostrud

Elit sunt esse aute veniam dolore in sunt exercitation anim. Tempor laborum cillum officia excepteur pariatur deserunt sunt dolore mollit proident nisi qui. Id sit aliqua aliquip irure sunt magna amet duis ullamco do. Laborum ea velit qui excepteur. Voluptate aliquip consequat ut reprehenderit sunt non incididunt do amet commodo cillum. Non ipsum ad reprehenderit excepteur eu id laborum pariatur ex quis ut.

deserunt fugiat est labore

Voluptate cupidatat velit ipsum adipisicing labore fugiat quis anim ut tempor et. Ut aliqua ex in voluptate magna incididunt et tempor et ad aute incididunt non. Nostrud deserunt ut mollit magna culpa non dolore. Consectetur ut dolore aute pariatur. Culpa qui tempor non elit ut fugiat consectetur aute cupidatat pariatur eiusmod.

Official source

https://mediaspace.epfl.ch/media/0_j7gdksg6

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Ontological neighbourhood

Physics

Electromagnetism: Electrostatics

Related lectures (34)