A MEMS Clearinghouse® and information portal
for the MEMS and Nanotechnology community
RegisterSign-In
MEMSnet Home About Us What is MEMS? Beginner's Guide Discussion Groups Advertise Here
News
MEMSnet Home: MEMS-Talk: No subject
No subject
1999-06-04
Davies, Mike
1999-06-07
Alice Bastos
1999-06-08
Zhou Wen Zhan
1999-07-09
MEMSLAB OF NCIT
1999-07-20
Michael Yew
1999-07-22
Zuoyi Wang
1999-07-30
Joe Brown
1999-08-03
Yaacov bERNSTEIN
1999-09-02
Sebastian VOLZ
1999-09-03
Bu Minqiang
1999-09-01
mems
No subject
Michael Yew
1999-07-20
Message-ID:   <000701bed26d$efa097a0$7f9115a5@m-yew>

This is a multi-part message in MIME format.

------=_NextPart_000_0004_01BED233.4202D700
Content-Type: text/plain;
        charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable

Hi..

I am interested in simulating the behaviour of MEMS switches under =
electrostatic force when a voltage is applied using finite element =
method first (to get a feel for it)=20

I hope to use a meshless method (like the reproducing kernal particle =
method). So I'll just end up sprinkling a bunch of particles to model =
the little beam and my simulation should accurately preduct the pull in =
voltage of the MEMS switch.

Any sources, websites, sample code, references to journals or books or =
mail from anyone interested in this field is most welcome.

Thank you.

Siu Yin=20

------=_NextPart_000_0004_01BED233.4202D700
Content-Type: text/html;
        charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable









Hi..
 
I am interested in simulating the = behaviour of=20 MEMS switches under electrostatic force when a voltage is applied using = finite=20 element method first (to get a feel for it)
 
I hope to use a meshless method = (like the=20 reproducing kernal particle method). So I'll just end up sprinkling a = bunch of=20 particles to model the little beam and my simulation should accurately = preduct=20 the pull in voltage of the MEMS switch.
 
Any sources, websites, sample code, references to = journals or=20 books or mail from anyone interested in this field is most = welcome.
 
Thank you.
 
Siu Yin 
------=_NextPart_000_0004_01BED233.4202D700--
reply
Events
Glossary
Materials
Links
MEMS-talk
Terms of Use | Contact Us | Search
MEMS Exchange
MEMS Industry Group
Coventor
Harrick Plasma
Tanner EDA
MEMS Technology Review
Tanner EDA by Mentor Graphics
University Wafer
Nano-Master, Inc.