sci.math,sci.math.num-analysis SUNA, Published so far ====================== SUNA = Series on Unified Numerical Approximations Published so far ( ~ftp/pub/suna/article ): 01. The Manifesto (sci.math.num-analysis,sci.philosophy.tech) 02. Triangle Isoparametrics (sci.math.num-analysis) 03. Convex Quadrilaterls (sci.math.num-analysis) 04. Five Point Star (sci.math.num-analysis) 05. 2-D Skew Upwind F.E.D. (sci.math.research) Skew Upwind 06. 3-D Skew Upwind F.E.D. (sci.math.research) Finite Element 07. Specializations of 3-D SUFED (sci.math.research) Differences 08. Discretization at Triangles (sci.math.num-analysis) 09. Discretization at Quadrilaterals (sci.math.num-analysis) 10. Discretization at F.D. Stars (sci.math.num-analysis) 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.num-analysis) 15. Non-uniform 2-D 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.num-analysis": ^^^^^^^^^^^^^^^^^^^^^ 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. Non-uniform 3-D convection | 37. Ideal Flow add-on's 38. Fluid-Tube Continuum | Ideal Flow & Temperatures 39. Reduced quad for internal flow | in a LMFBR Heat Exchanger 40. Numerical Heat Exchange | (improved Neratoom work) 41. 1-D introduction to FEM | once posted on the net 42. Discretization for 2-D diffusion 43. Resistor model for 2-D diffusion 44. 1-D problem condition numbers | Net-survey summarized 45. The condition of 2-D diffusion | in the file "CNN.sum". 46. Linear tetrahedron | 47. Isoparametric brick | Finally, the obvious 48. Seven point F.E. star | generalizations of 2-D 49. 3-D Theorem Preliminaries | theories: in 01 - 13 50. 3-D Unification Theorem | 51. Superelement Details | : add-on ideal flow 52. Fast 1-D 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. 3-D Potential Flow | with 2 Fortran programs 57. Efficient 2-D & 3-D 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 * E-mail: Han.deBruijn@RC.TUDelft.NL --| Fax: +31 15 78 37 87 ----* Blood