sci.math,sci.math.numanalysis
SUNA, Published so far
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SUNA = Series on Unified Numerical Approximations
Published so far ( ~ftp/pub/suna/article ):
01. The Manifesto (sci.math.numanalysis,sci.philosophy.tech)
02. Triangle Isoparametrics (sci.math.numanalysis)
03. Convex Quadrilaterls (sci.math.numanalysis)
04. Five Point Star (sci.math.numanalysis)
05. 2D Skew Upwind F.E.D. (sci.math.research) Skew Upwind
06. 3D Skew Upwind F.E.D. (sci.math.research) Finite Element
07. Specializations of 3D SUFED (sci.math.research) Differences
08. Discretization at Triangles (sci.math.numanalysis)
09. Discretization at Quadrilaterals (sci.math.numanalysis)
10. Discretization at F.D. Stars (sci.math.numanalysis)
11. Theorem Preliminaries (sci.math.research) HdB's First
12. Theorem Proving (sci.math.research) Unification
13. Theorem & Corollaries (sci.math.research) Theorem
14. Stream Function & Flow Potential (sci.math.numanalysis)
15. Nonuniform 2D convection  replaces the old 15 & 16
18. The Labrujere Problem (sci.math.research) 
19. Least Squares F.E.M. (sci.math.research) 
20. Trace Weighting (sci.math.research) 
21. Reduced Quadrilaterals (sci.math.research) 
22. Staggered Triangles (sci.math.research)  Ideal flow around a
23. Substructuring (sci.math.research)  circular cylinder;
24. Staggered Quadrilaterals (sci.math.research)  L.S.FEM treatment &
25. Repeatable Elements (sci.math.research)  (u,v) formulation.
26. Labrujere Revised (sci.math.research) 
27. Reduced Quads again (sci.math.research) 
28. Patched Elements (sci.math.research) 
29. Linearized Quadrilaterals (sci.math.research) 
Unsubscribed now to all newsgroups, exept "sci.math.numanalysis":
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30. Ideal Flow with BASIC
31. Theorem in Ames' book 
32. The 1983 Colloquium at CWI  Unification of
33. Streamline Upwind & FLOTRAN  SUFED & FLOTRAN
34. Escape from inconsistencies 
36. Nonuniform 3D convection 
37. Ideal Flow addon's
38. FluidTube Continuum  Ideal Flow & Temperatures
39. Reduced quad for internal flow  in a LMFBR Heat Exchanger
40. Numerical Heat Exchange  (improved Neratoom work)
41. 1D introduction to FEM  once posted on the net
42. Discretization for 2D diffusion
43. Resistor model for 2D diffusion
44. 1D problem condition numbers  Netsurvey summarized
45. The condition of 2D diffusion  in the file "CNN.sum".
46. Linear tetrahedron 
47. Isoparametric brick  Finally, the obvious
48. Seven point F.E. star  generalizations of 2D
49. 3D Theorem Preliminaries  theories: in 01  13
50. 3D Unification Theorem 
51. Superelement Details  : addon ideal flow
52. Fast 1D FEM solving  : just for fun
53. Midside quads for internal flow  Continuation of suna39
54. Ideal internal Flow globally 
55. Contours & Isosurfaces  Graphics intermezzo & Fortran
56. 3D Potential Flow  with 2 Fortran programs
57. Efficient 2D & 3D Point Probes  with Fortran programs & data
58. Marching Cubes & Group Theory  continuation of suna55
59. Numerical Differentiation  Continuation of suna56
60. The End
Disclaimers:
1. This work doesn't reflect in any way the interests of my employer, or any
other people I am involved with, at the Delft University Computing Centre.
It only reflects my own private interests, as laid down in "The Manifesto".
2. As a consequence, editing & programming is done with the humble means that
are at my disposal at home in Barendrecht: a floppy based XT PC clone with
GWBASIC & FORTRAN, and, from time to time, a modem connection to Delft ;)
3. Anything free comes without garantee.
To be continued ...

* Han de Bruijn; Applications&Graphics  "A little bit of Physics * No
* TUD Computing Centre; P.O. Box 354  would be NO idleness in * Oil
* 2600 AJ Delft; The Netherlands.  Mathematics" (HdB). * for
* Email: Han.deBruijn@RC.TUDelft.NL  Fax: +31 15 78 37 87 * Blood