Minutes of the CLIC Meeting - 7 October 2005
Agenda:
|
Status of GDFIDL |
Speaker:
|
Warner
Bruns |
Abstract:
GdfidL computes
electromagnetic fields in threedimensional structures. Results
are Wakepotentials, scattering parameters, R/Q, Quality factors
etc. . GdfidL needs about five times less memory and CPU time
than other Finite Difference codes. When computing in parallel,
GdfidL on a 10 CPU cluster is easily fifty times faster than other
Finite difference codes.
The talk reviews how GdfidL is done and what are its capabilities.
copy of Warner's
transparencies (pdf
format)
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Frank
Tecker - Last updated 21-11-2005