Article View: sci.math.num-analysis
Article #918Re: Having trouble with FEM functional
From: Sadasivan Shankar
Date: Tue, 29 Dec 1992 18:24
Date: Tue, 29 Dec 1992 18:24
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1293 bytes
The FEM can be very efficiently used for parabolic equations. In fact, exhaustive analysis have been done for parabolic systems. As suggested, the method of lines (space-part by FEM and time-part by finite differences) is the most common way of doing it. However, there are other ways to approach the problem. For example, the group led by Claes Johnson at Chalmers University, Sweden have used the so-called space-time formulation for diffusion equations and have shown that the scheme is of higher-order accuracy (than MOL) and stable. Refer to papers in Computer Methods in Applied Mechanics and Engineering . In these techniques, the time-dimension is also approxmated the same way as space-dimension. S.Shankar Tech CAD INTEL
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Path: arc1-ca.pugleaf.net!sparky!uunet!olivea!inews.Intel.COM!td2cad!sshankar From: sshankar@td2cad.intel.com (Sadasivan Shankar) Newsgroups: sci.math.num-analysis Subject: Re: Having trouble with FEM functional Message-ID: <C019sn.48t@inews.Intel.COM> Date: 29 Dec 92 18:24:22 GMT References: <1992Dec26.221924.1@woods.ulowell.edu> <1350@curly.appmag.com> Sender: news@inews.Intel.COM (USENET News System) Reply-To: sshankar@td2cad.intel.com (Sadasivan Shankar) Organization: Intel Corporation, Santa Clara, CA USA Lines: 12 Nntp-Posting-Host: tcadrs