From: Bracy H. Elton (elton@news.fai.com)
Date: Fri May 28 1993 - 22:09:14 UTC
Preprints of the following paper are available via ftp and e-mail, and surface mail. Directions on how to obtain a copy follow the title/abstract. Cheers, Bracy -- Bracy H. Elton, Ph.D. | E-mail: elton@fai.com Senior Research Scientist | or na.elton@na-net.ornl.gov Computational Research Division | Fujitsu America, Inc. | Phone: (408) 456-7749 3055 Orchard Drive | San Jose, CA 95134-2022 USA | FAX: (408) 456-7071 ------------------------------------------------------------------------------ Paper: comp-gas/9305002 From: elton@fai.com (Bracy H. Elton) Date: Tue, 25 May 93 15:18:51 PDT Title: Convergence of Convective-Diffusive Lattice Boltzmann Methods Author: Bracy H. Elton (Fujitsu America, Inc.), Garry H. Rodrigue (Lawrence Livermore National Laboratory and University of California, Davis), and C. David Levermore (University of Arizona) Comments: 39 pages; LaTeX and PsFig; 400kb uuencoded/compressed/tarred PostScript figures; submitted to the SIAM Journal on Numerical Analysis. AMS(MOS) subject classifications 35F25, 65M06, 65M12, 76R99, 82C40. Report-no: Lawrence Livermore National Laboratory #UCRL-JC-113509 Abstract: Lattice Boltzmann methods are numerical schemes derived as a kinetic approximation of an underlying lattice gas. A numerical convergence theory for nonlinear convective-diffusive lattice Boltzmann methods is established. Convergence, consistency, and stability are defined through truncated Hilbert expansions. In this setting it is shown that consistency and stability imply convergence. Monotone lattice Boltzmann methods are defined and shown to be stable, hence convergent when consistent. Examples of diffusive and convective-diffusive lattice Boltzmann methods that are both consistent and monotone are presented. ------------------------------------------------------------------------------ HOW TO OBTAIN PREPRINTS: ----------------------- o VIA E-mail: ---------- To get a copy (of the LaTeX and PostScript figures) via e-mail, send the following message: To: comp-gas@xyz.lanl.gov Subject: get 9305002 ^D Note that message is empty - use only the Subject field! The paper will arrive in 7 parts (2 parts for the LaTeX document and 5 for the uuencoded/compressed/tarred PostScript figures, and you will need LaTeX, PsFig, and dvips or dvi2ps to process it. [To find out more about the "comp-gas" Preprint Bulletin Board service (there are also others) send "get announce" as the "Subject" to "comp-gas@xyz.lanl.gov".] o Via FTP: ------- ftp to xyz.lanl.gov with username "anonymous" and your e-mail address as your password. Then ftp> cd nlin-sys/comp-gas/papers/9305 ftp> get 9305002.1 ftp> get 9305002.2 "9305002.1" is the LaTeX version of the document. "9305002.2" are the PostScript figures (400KB) uuencoded/compressed/tarred. Follow the directions in 9305002.1 to put it together. You could also ftp the abstract; it is called "9305002.abs". o Via Surface Mail: ---------------- Send your request (identify the paper by its title, please), name, and address via e-mail to "preprint-request@scg.fai.com".
This archive was generated by hypermail 2.1.7 : Tue Oct 14 2003 - 21:44:15 UTC