41. Equation Solvers - Ticalc.org , Cubic, Diophant, and Quadratic equation solvers....... equation solvers. FILE INFORMATION. equpack.zip. Filename, equpack.zip. Title,equation solvers. http://www.ticalc.org/archives/files/fileinfo/121/12179.html

42. Multigrid Equation Solvers For Large Scale Nonlinear Finite Element Simulations Multigrid equation solvers for Large Scale Nonlinear Finite Element Simulations. http://fano.ics.uci.edu/cites/Document/Multigrid-Equation-Solvers-for-Large-Scal

Multigrid Equation Solvers for Large Scale Nonlinear Finite Element Simulations Mark Francis Adams Ph.D. thesis, Univ. of California, Berkeley, Dept. of Civil Engineering Tech. report CSD-99-1033 Jan 1999 http://www.cs.berkeley.edu/~madams/adams_dissertation.ps.gz Cites: Mesh generation and optimal triangulation D. Eppstein publications Citation database Documents ... Fano Experimental Web Server, D. Eppstein

43. Publications Multigrid equation solvers for Large Scale Nonlinear Finite ElementSimulations, AdaPhD-98; Multigrid equation solvers for Large http://fano.ics.uci.edu/cites/Publication/

44. Differential-Algebraic Equation Solvers For Power System DifferentialAlgebraic equation solvers for Power System Transient StabilitySimulations. A transient stability simulation is composed http://www.npac.syr.edu/techreports/hypertext/sccs-549/node4.html

45. Comparing Parallel Direct And Iterative Algorithms Power systems applications use sparse linear solvers in conjunction with eithernonlinear equation solvers or differential-algebraic equation solvers. http://www.npac.syr.edu/techreports/hypertext/sccs-745/node68.html

46. Comp.compilers: Automatic Equation Solvers Automatic equation solvers. From comp.compilers From Ofer BenAmi nettours@nettours.com .Newsgroups comp.compilers. Date 7 Nov 1996 204830 -0500. http://compilers.iecc.com/comparch/article/96-11-062

Automatic Equation Solvers From comp.compilers From: nettours@nettours.com Newsgroups: comp.compilers Date: 7 Nov 1996 20:48:30 -0500 Organization: Compilers Central Keywords: question I am writing a program for teaching equation solving to children, and I wonder if there is any material on how to "automatically" solve an equation using the parse tree as input: i.e. Q: X = (Y - 7)/8 + 5 A: Y = 8(X - 5) + 7 Ofer Return to the comp.compilers page Search the comp.compilers archives again.

47. Visualizing Magnetic Fields Numerical Equation Solvers In Action Visualizing Magnetic Fields Numerical equation solvers in Action (With CDROM),Visualizing Magnetic Fields Numerical equation solvers in Action (With CD-ROM http://www.wkonline.com/a/Visualizing_Magnetic_Fields_Numerical_Equation_Solvers

48. Hydrodynamic Equation Solvers ? Burgers ? (µ=0) ? u = 0.5 (0 x 0.3) -(1)u = 0.5 (0.3 x 0.6) -(2) u = -0.5+(0.8-x)/(0.8-0.6) (0.6 x 0.8) -(3 http://grape.c.u-tokyo.ac.jp/~kawai/hydro/burgers.html

u = -0.5 (0 < x < 0.3) -(1) u = 0.5 (0.3 < x < 0.6) -(2) u = -0.5+(0.8-x)/(0.8-0.6) (0.6 < x < 0.8) -(3) u = -0.5 (0.8 < x $B$GM?$($i$l$k;~$N(B t=0.4 $B$N2r@O2r$O(B u = -0.5 (0 < x < 0.1) -(5) u = -0.5+(x-0.1)/(0.5-0.1) (0.1 < x < 0.5) -(6) u = 0.5 (0.5 < x < 0.7) -(7) u = -0.5 (0.7 < x $B?tCM2r$r0J2 <$K eIt$N%A%g%$%9%a%K%e! <$GA*(B $BBr2DG=!#(B <%`$K$h$k7k2L$O0J2 Lax $BK!(B $B$3$N%9%-! W7bGHLLA08e$N(B overshoot, undershoot$B$O8+$i$l$J$$!#$7$+$7GHLL$N$J$^$j$OBg$-$$!#(BCFL $B$r(B 1.0$B$h$j$b>.$5$/$9$k$H$=$N798~$,82Cx$G$"$k!#(B Lax-Wendroff $BK!(B $B>W7bGHLL$N$J$^$j$O(BLax$BK!$KHf$Y>/$J$$!#$7$+$7GHLL$NA08e$G(Bovershoot, undershoot$B$,8+$i$l$k!#(B MacCormack $BK!(B $B%l%]! <%H$N%H%C%W%Z! <%8$X(B $B$*$l$s$A(B

49. Hydrodynamic Equation Solvers The summary for this Japanese page contains characters that cannot be correctly displayed in this language/character set. http://grape.c.u-tokyo.ac.jp/~kawai/hydro/euler.html

Sod$B$N>W7bGH4ILdBj(B($B r7o$K$b$D(B1$B <0(B)$B$N?tCM2r(B($BL)EYJ,I[(B) $B$r0J2 <$K eIt$N%A%g%$%9%a%K%e! <$GA*Br2DG=!#(B < x < 0.5) -(1) u = 0.0 (0 < x < 0.5) -(2) p = 1.0 (0 < x < x < 0.5) -(4) u = 0.0 (0 < x < 0.5) -(5) p = 0.1 (0 < x <%`$K$h$k7k2L$O0J2 Lax $BK!(B <%`$,(BTVD$B$G$"$k$?$a!"(Bovershoot,undershoot$B$O8+$i$l$J$$!#(B Lax-Wendroff $BK!(B MacCormack $BK!(B $B%l%]! <%H$N%H%C%W%Z! <%8$X(B $B$*$l$s$A(B

50. Visualizing Magnetic Fields Numerical Equation Solvers In Action Visualizing Magnetic Fields Numerical equation solversin Action (With CDROM),John Stuart Beeteson. http://www.civilbooks.com/index/book/0120847310.html

51. Civil Engineering Bookstore Books On Engineering Numerical Visualizing Magnetic Fields Numerical equation solvers in Action (With CDROM)Author(s) John Stuart Beeteson Average Customer Rating Avalibility Usually http://www.civilbooks.com/index/page/1/keyword/engineering_numerical_methods.htm

52. The MathWorks - File Exchange - File Page MATLAB Central File Exchange Mathematics Differential Equations DifferentialAlgebraic equation solvers. Differential Algebraic equation solvers, http://www.mathworks.com/matlabcentral/fileexchange/loadFile.do?objectId=28&obje

53. Solver Survey - Computational Structural Mechanics At NCSA An Evaluation of Direct Parallel equation solvers for Sparse Linear Systemsin Computational Mechanics. L. Dandy, S. Koric, F. Saied, R. Dodds. http://archive.ncsa.uiuc.edu/SCD/Science/CSM/projects/project-solver-survey.htm

54. Least Squares Approximation Of Scattered Data With B-splines needs, compile and run! Solving the scattered data approximation problemwith multigrid equation solvers. These are the most powerful http://www.oslo.sintef.no/am/Geom/multilevel_doc/

55. ASCI This work concentrates on developments associated with matrix equation solvers, newsurface contact capabilities and the important need to couple implicit and http://www.llnl.gov/eng/mdg/Projects/ASCI/body_asci.html

ACCELERATED STRATEGIC COMPUTING INITIATIVE The Methods Development Group is engaged in several ASCI code projects directed at delivering scaled MPP computing performance and enabling full-system analyses with the MDG computational mechanics codes. Our objective is to create new modeling tools for studying the engineering design of nuclear weapons under the extreme conditions of the stockpile lifetime. Our plan is to provide high quality production codes combined with the strongest possible user support, optimized to run on ASCI computer hardware. ParaDyn is an ASCI supported code that has already demonstrated outstanding performance for Weapons applications on ASCI computers. A new development effort aims to create a parallel implicit code capability for the NIKE and TOPAZ class of problems. This work concentrates on developments associated with matrix equation solvers, new surface contact capabilities and the important need to couple implicit and explicit code capabilities together. We intend to leverage our efforts with the general advances occurring in linear equation solvers and parallel computing tools in general. Reentry vehicle (RV) dynamics is another ASCI modeling effort supported by MDG. This project aims to write software that can better predict the structural dynamics of an RV under the extreme conditions of high mach number, compressible fluid flows. Our effort is focused on the structural and thermal aspects of this problem. With ASCI scale computing resources, we should be able to gain a better understanding of RV behavior with this simulation capability.

56. PETSc Installation At NERSC Well commented PETSc examples are located in the directories $PETSC_DIR/src/sles/examples/tutorialsfor linear equation solvers and $PETSC_DIR/src/snes/examples http://acts.nersc.gov/petsc/at-nersc.html

Back to PETSc Tools News Project ... Home PETSc Installation at NERSC PETSc is installed on the IBM SP ( gseaborg.nersc.gov ) and on the Cray T3E-900 ( mcurie.nersc.gov ) at NERSC. To use PETSc, you must first load the PETSc modules . You may either explicitly choose a version of PETSc to load, or you may load the generic PETSc module which will provide the most recent, stable, installed version of PETSc. The advantage of a generic load is that you need not watch for the appearance of new versions, while the advantage of a specified version load is that code you need to compile with the library will not "break" because the library version has been swapped without the your direct intervention. Please choose the module loading mechanism that best suits your disposition. module load petsc # OR module load petsc.2.1.3 Loading the PETSc module will make the libraries, executables, man pages and environment variables available in the user's current environment. You can add this module command to your .login or .profile after the point where cshrc.nersc or profile.nersc is sourced. Compiling and linking with PETSc on the IBM SP Well commented PETSc examples are located in the directories $PETSC_DIR/src/sles/examples/tutorials for linear equation solvers and $PETSC_DIR/src/snes/examples/tutorials for non-linear equation solvers.

57. Supercomputer Institute Vol. 12 No. 4 Seminar Synopsis index HighPerformance equation solvers for Aerospace Analysis and Design (Structuresand Electromagnetics) Olaf O. Storaasli Langley Research Center Hampton http://www.msi.umn.edu/general/Bulletin/Vol.12-No.4/SemSynop.html

58. Mathematical Libraries At NERSC for many different scientific and engineering applications such as Basic LinearAlgebra Subroutines (BLAS), linear algebraic equation solvers (includes a few http://hpcf.nersc.gov/software/libs/math/

59. The PHOENICS Journal - Vol 7, Issue 1 Abstract. Development and evaluation of New Linear equation solversfor PHOENICS I. Poliakov and V. Semin pp 3457 Abstract. An http://www.simuserve.com/cfd-shop/vol7-1.htm

60. CAIN Europe: Systems And Packages - Special Purpose Systems CAIN Europe Systems and Packages.Category Science Math Number Theory Software...... Differential equation solvers Tools. Finite Element Analysis. Group Theory. HighEnergy Physics. WU. Differential equation solvers Tools. A review of ODE Solvers. http://www.riaca.win.tue.nl/archive/can/SystemsOverview/Special/systems.html

Systems and Packages Special Purpose Systems CAIN contains information about the following special purpose Computer Algebra systems and packages. Systems are organized by topic. Topics Finite Element Analysis Group Theory High Energy Physics Number Theory ... SYMMGRP.MAX (Manual: PostScript, gzip-formatted) Finite Element Analysis PDEase SENAC/FEM (PostScipt, gzip-formatted) ; see also SENAC Group Theory ANU Software Cayley CHEVIE GAP ... Weyl Groups and Hecke Algebras High Energy Physics See also the FreeHEP Software database FeynArts Foam FORM ... Tracer Number Theory Galois KANT KASH LiDIA ... SIMATH Tensor Calculus CARTAN Classi Eins GRTensor ... Go to: Systems and Packages CAIN Home page webmaster@can.nl Last Update: May 7, 1998

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