41. 35: Partial Differential Equations Like ordinary differential equations, partial differential equations are equations to be solved in which the unknown element is a function, but in PDEs the http://www.math.niu.edu/~rusin/known-math/index/35-XX.html

Search Subject Index MathMap Tour ... Help! ABOUT: Introduction History Related areas Subfields POINTERS: Texts Software Web links Selected topics here 35: Partial differential equations Introduction Like ordinary differential equations, partial differential equations are equations to be solved in which the unknown element is a function, but in PDEs the function is one of several variables, and so of course the known information relates the function and its partial derivatives with respect to the several variables. Again, one generally looks for qualitative statements about the solution. For example, in many cases, solutions exist only if some of the parameters lie in a specific set (say, the set of integers). Various broad families of PDE's admit general statements about the behaviour of their solutions. This area has a long-standing close relationship with the physical sciences, especially physics, thermodynamics, and quantum mechanics: for many of the topics in the field, the origins of the problem and the qualitative nature of the solutions are best understood by describing the corresponding result in physics, as we shall do below. Roughly corresponding to the initial values in an ODE problem, PDEs are usually solved in the presence of

42. Www.inderscience.com Manuscripts concerned with the development and application innovative mathematical tools and methods from dynamical systems and differential equations, http://www.inderscience.com/ijdsde/

43. Electronic Journal Of Differential Equations: Monographs www.emis.ams.org/journals/EJDE/Monographs/01/toc.html Similar pages Partial differential equationsLecture notes on Analysis and PDEs by Bruce Driver at UCSD. http://www.emis.ams.org/journals/EJDE/Monographs/01/toc.html

Electron. J. Diff. Eqns., Monograph 01, 1994. Hilbert Space Methods for Partial Differential Equations R. E. Showalter I. Elements of Hilbert Space. chpt1.dvi chpt1.pdf Linear Algebra, Convergence and Continuity, Completeness, Hilbert Space, Dual Operators, Identifications, Uniform Boundedness, Weak Compactness, Expansion in Eigenfunctions. II. Distributions and Sobolev Spaces chpt2.dvi chpt2.pdf Distributions, Sobolev Spaces, Trace, Sobolev's Lemma and Imbedding, Density and Compactness. III. Boundary Value Problems chpt3.dvi chpt3.pdf Introduction, Forms, Operators and Green's Formula, Abstract Boundary Value Problems, Examples, Coercivity, Elliptic Forms, Regularity, Closed operators, adjoints and eigenfunction expansions. IV. First Order Evolution Equations chpt4.dvi chpt4.pdf Introduction, The Cauchy Problem, Generation of Semigroups, Accretive Operators, two examples, Generation of Groups, a wave equation, Analytic Semigroups, Parabolic Equations. V. Implicit Evolution Equations

44. Taylor & Francis Journals: Welcome This journal aims to publish high quality papers concerning any theoretical aspect of partial differential equations, as well as its applications to other http://www.tandf.co.uk/journals/titles/03605302.asp

Contact Us Careers Members of the Group All Products Books Journal Article eBooks Alphabetical Listing Journals by Subject New Journals Authors' Newsletter ... eBooks document.title = 'Communications in Partial Differential Equations'; Journal Details Communications in Partial Differential Equations Volume Number: 33 Frequency: 12 issues per year Print ISSN: 0360-5302 Online ISSN: 1532-4133 Free Sample Copy Table of Contents Alerting View Full Pricing Details 2006 Impact Factor: 1.094 Ranking: 40/150 (Mathematics, Applied), 19/186 (Mathematics) © 2007 Thomson Scientific, Journal Citation Reports® This journal aims to publish high quality papers concerning any theoretical aspect of partial differential equations, as well as its applications to other areas of mathematics. Suitability of any paper is at the disgression of the editors. We seek to present the most significant advances in this central field to a wide readership which includes researchers and graduate students in mathematics and the more mathematical aspects of physics and engineering. About this Journal Editorial Board Related Journals Related Websites For Contributors Instructions for Authors eJournal Free Sample Copy Online Contents top Terms and Conditions Informa plc ("Informa") Registered Office: Mortimer House, 37-41 Mortimer Street, London, W1T 3JH. Registered in England and Wales - Company Registered Number 3099067, VAT Number: GB 365 4626 36.

45. Interactive Math Programs These programs are designed to be used with Multivariable Mathematics by R.E. Williamson and H.F. Trotter, and Introduction to differential equations by http://www.dartmouth.edu/~rewn/javaindex.html

Interactive Math Programs These programs are designed to be used with Multivariable Mathematics by R.E. Williamson and H.F. Trotter, and Introduction to Differential Equation s by Richard E. Williamson, but are quite generally useful for illustrating concepts in the areas covered by the texts. So have fun, experiment with different values, and let us know if you have any trouble. These programs were originally written in True Basic for the Macintosh by Richard Williamson. The translation into Java and the writing of a recursive descent equation parser was done by Scott Rankin and Susan Schwarz. To run one of the programs in the list below, just click on its name. Each program displays a brief explanation of how to use it. If you run into difficulties, here are more detailed instructions on running the applets. The first time you try any of the programs you may want to look at the link anyway. If you do not see the buttons that are used to run the program, you may need to scroll down in the browser window until the buttons are visible. Multivariable Calculus Ascent - steepest ascent method Ascent+ - steepest ascent method with variable step-size Cplot-2D - plot parametric curves in 2-space Cplot-3D - plot parametric curves in 3-space Gplot-3D - plot graph of F(x,y)

46. Midwest Partial Differential Equations Seminar Midwest Partial differential equations Seminar is a semiannual meeting on recent developments in partial differential equations. http://www.math.uic.edu/~lewis/midwpde/

about support upcoming previous ... listserv View the Program for the First Midwest Partial Differential Equations Seminar at Northwestern in Spring 1977 About Midwest PDE The Midwest Partial Differential Equations Seminar is a semiannual meeting on recent developments in partial differential equations. Upcoming Midwest PDE Seminars: To Be Announced Previous Midwest PDE Seminars: (60) Fall 2007 Midwest Partial Differential Equations Seminar at Northwestern University in Evanston, November 17-18, 2007 (59) Spring 2007 Midwest Partial Differential Equations Seminar at the University of Kentucky, March 24-25, 2007 (58) Fall 2006 Midwest PDE at the University of Iowa September 22-24, 2006 (57) Spring 2006 Midwest PDE at the University of Illinois at Chicago, April 21-23, 2006 ... (46) Fall 2000 Midwest PDE at the University of Chicago , November 4-5, 2000 (45) Spring 2000 Midwest PDE at Purdue University, March 25-26, 2000 (44) Fall 1999 Midwest PDE at the University of Illinois at Urbana-Champaign , October 23 24, 1999 (43) Spring 1999 Midwest PDE at the University of Minnesota , April 30 - May 2, 1999; Theme: Nonlinear Partial Differential Equations and Applications to Materials

47. Journal Of Dynamics And Differential Equations Journal of Dynamics and differential equations. IMPORTANT NEWS. Beginning in 2002, the yearly page budget for the Journal will be 1000 pages. http://www.math.umn.edu/~sell/jdde/top.html

Journal of Dynamics and Differential Equations IMPORTANT NEWS Beginning in 2002, the yearly page budget for the Journal will be 1000 pages. Description of the Journal Table of Contents Forthcoming Papers. Editor Professor George R. Sell School of Mathematics University of Minnesota 206 Church Street SE Minneapolis MN 55455 USA Phone: 1-612-625-8381 FAX: 1-612-626-2017 email: sell@math.umn.edu http://www.math.umn.edu/~sell Home Page of the Editor Publisher Journals Department Plenum/Kluwer Publishing Corporation 233 Spring Street New York NY 10013-1578 USA Subscriptions Telephone: 1-800-221-9369 FAX: 212-463-0742 Email: books@plenum.com http:www.plenum.com Home Page of the Publisher

48. Communications In Partial Differential Equations New Issue Alert New issues of Communications in Partial differential equations will trigger an alert Note To be alerted to new content in all related http://www.informaworld.com/smpp/title~content=t713597240

Skip over navigation HOME ABOUT US CONTACT US ... LIBRARIANS Search entire site Publication Names ISSN/ISBNs Subject Names Author Names Title/Kwds/Abstract Explore informaworld Journals eBooks Reference Works Allied Health Anthropology Area Studies Arts Behavioral Sciences Bioscience Built Environment Chemistry Communication Studies Computer Science Cultural Studies Dentistry Development Studies Earth Sciences Education Arena Ergonomics Food Science Geography History Law Literature, Language and Linguistics Medicine Pharmaceutical Science Philosophy Physics Religion Social Work Toxicology Urban Studies Browse Publications A-Z Browse ... Got a Voucher? Username: Password: athens sso forgotten password? hide informaworld HOME SEARCH BROWSE Issues List ... Subscribe Recommend Mark Alert Link Print hide Please choose the type of alert you would like: New Issue Alert New issues of Communications in Partial Differential Equations will trigger an alert Note: To be alerted to new content in all related publications, please click on one of the subject areas below and select create alert hide Search within this journal About this Journal Related Journals Related Websites Article Requests Reprints Request Permissions Communications in Partial Differential Equations ISSN: 1532-4133 (electronic) 0360-5302 (paper) Publication Frequency: 12 issues per year Subjects: Computational Physics Differential Equations Theoretical Physics Publisher: Subscribe Sign In Online Sample Volume 33 Issue 3 Issue 2 Issue 1 Volume 32 Issue 12 Issue 11 Issue 10 Issue 9 ... Issue 1 Volume 31 Issue 12 Issue 11 Issue 10 Issue 9 ... Issue 1 Volume 30

49. Differential Equations See Web Study Guide for Ordinary differential equations from Oregon State University. This site also contains a clickable Roadmap for Solving FirstOrder http://www.langara.bc.ca/mathstats/resource/onWeb/diffeqs/index.htm

Langara College - Department of Mathematics and Statistics Internet Resources for Differential Equations Here we'll content ourselves with just referring to some big collections and leave it to you to search for specific topics PWS-Calculus Modules Online (Differential Equations) Differential Equations Resource Center Electronic Journal of Differential Equations Mirror site Ordinary Differential Equations ... Differential Equations See Web Study Guide for Ordinary Differential Equations from Oregon State University. This site also contains a clickable Roadmap for Solving First-Order ODE Also see Differential Equations , from The Interactive Textbook of PFP 96 , "an inter- disciplinary course in chemistry, mathematics and physics." There are several versions of this textbook, from UPenn, one of which is JAVA-enabled. Recommended There is a Mathematica lab involving differential equations at Search for Problem Sets Click the Differential Equations link. For material related to differential equations and their representation using Mathematica Maple , and the TI-92 calculator, see The Language of Differential Equations , from The Connected Curriculum Project See Separable Equations , and Homogeneous Equations , both from the S.O.S. Mathematics Site

50. LMS/EPSRC Short Course On Computational Differential Equations An LMS/EPSRC short course. University of Manchester, UK; 1116 September 2005. http://www.ma.man.ac.uk/~higham/cde05/

LMS/EPSRC Short Course on Computational Differential Equations September 11-16, 2005 MIMS School of Mathematics University of Manchester Organiser: Professor Nicholas J. Higham [Introduction] [Programme] [Course Overview] ... [Further Information] Here is the programme including information on accommodation at Hulme Hall. Photos from the course. Introduction Differential equations (DEs) are ubiquitous in science and engineering, being used for all kinds of modelling and prediction. The solutions to most DEs have no convenient explicit form and hence the numerical solution Programme The course will open with a formal welcome on Sunday evening in Hulme Hall, followed by an opening lecture on computational differential equations that will set the scene for the course, given by Professor Peter Jimack of the University of Leeds. The remaning course lectures and laboratories will be held in the Ferranti Building on the University of Manchester campus (building 20 on the campus map ). Monday morning will consist of an introduction to MATLAB, given by the course organizer, with a combined lecture/laboratory session. Courses 1-3 will start on Monday afternoon, with one hour introductory lectures. The remaining 6 half-day sessions contain a further 6 contact hours per course, split flexibly between lectures and laboratory sessions. The laboratory sessions will involve the students working through example sheets with the aid of the lecturer and two demonstrators. Lunches will be on campus. The students will stay in Hulme Hall (20 minutes walk from campus), where other meals will be taken.

51. PDE Primer The following four files contain material that is frequently covered in an Introduction to Partial differential equations course. http://www.math.oregonstate.edu/~show/docs/pde.html

A PDE Primer The following four files contain material that is frequently covered in an Introduction to Partial Differential Equations course. This material follows a portion of the reading notes taken in 1964 by a student who was newly infatuated with the subject. Introduction.pdf and Introduction.ps 1. Ordinary Differential Equations 2. First Order PDE 3. Second Order PDE 4. Characteristics and Canonical Forms 5. Characteristics and Discontinuities 6. PDE in N-dimensions The Potential Equation.pdf and The Potential Equation.ps 1. Introduction 2. A Fundamental Representation 3. Harmonic Functions 4. Green's Function 5. Consequences of Poisson's Formula 6. The Dirichlet Problem The Diffusion Equation.pdf and The Diffusion Equation.ps 1. Introduction 2. The Initial-Value Problem 3. Green's Function The Wave Equation.pdf and The Wave Equation.ps 1. Introduction 2. The Cauchy Problem 3. Successive Approximations 4. The Effect of Data 5. Riemann's Representation 6. The Wave Equation in 3D 7. The Wave Equation in 2D 8. Energy Integrals

52. Topics In Differential Equations Using dsolve to find exact solutions of many differential equations or systems of equations, with or without initial conditions.Intro to DEs on Maple. http://calclab.tamu.edu/docs/math308/topics.html

Topics in Differential Equations Contents Introductory Material First Order Differential Equations Applications of First Order Differential Equations Numerical Methods for First Order Differential Equations ... Notes on these worksheets Introductory Material tutorials DE quick tour for Maple A first day demo of using dsolve, odeplot, DEplot1, etc. Using Maple for DE Example of using Maple to analyze two nonlinear DEs Intro to DEs on Maple Several DEs solved and checked w/ Maple. Maple V R.3 Maple V R.4 Using dsolve to find exact solutions of many differential equations or systems of equations, with or without initial conditions.Intro to DEs on Maple. Maple V R3: Text Version Worksheet Maple V R4: Text Version Worksheet First Order Differential Equations tutorials A look at the separable DE dy x^2 = - dx 1-y^2 Solutions are found by finding the integral curves. Maple Code to determine whether or not a DE is separable. Solving y'=x^2+y^2 Three different methods of solving this: exactly, graphically, numerically. An Solving y'=sin(x) + sin(y) Example of a DE Maple cannot solve. DEplot is used to figure out what is happening.

53. LN2006 Recent advances in nonlinear partial differential equations and applications A workshop in honor of Peter D. Lax and Louis Nirenberg http://www.mat.ucm.es/~ln06/

Recent advances in nonlinear partial differential equations and applications A workshop in honor of Peter D. Lax and Louis Nirenberg June, Wednesday 7-Saturday 10, 2006 Toledo, Spain Sponsored by xxx This conference focuses on the modern theory of nonlinear partial differential equations and their applications. It aims to provide a forum for the dissemination of new scientific ideas and discoveries and enhances scientific communication by bringing together scientists working in these fields. There will be plenary talks and poster presentations; conference attendees are invited to contribute a poster. Confirmed Speakers L.L. Bonilla - Universidad Carlos III A.J. Chorin - UC Berkeley D. Christodoulou - ETH Zurich C. Dafermos - Brown University

54. Differential Equations And Mathematica An online companion for differential equations contains demo notebooks, packages, and links. http://www.math.armstrong.edu/faculty/hollis/mmade/

Welcome to your Online Mathematica Companion for Differential Equations The print version Prentice Hall ISBN: 0130463299 Contents and Preface 0. Introduction to Mathematica 1. Introduction to Differential Equations 2. Linear First-Order Equations and Applications 3. Nonlinear First-Order Equations and Applications 4. Approximation of Solutions 5. Coupled Pairs of First-Order Equations 6. Second-Order Equations and Applications 7. Linear Differential Systems 8. Nonlinear Autonomous Systems in the Plane 9. A Gallery of Nonlinear Systems 10. Fourier Series and Sturm-Liouville Eigenvalue Problems 11. Linear Partial Differential Equations Appendix. The DiffEqs Packages Resources The DiffEqs Packages Demo Notebooks Gallery of Nonlinear Systems Calculus With Mathematica: An Interactive Book Primary Links Wolfram Research, Inc. Mathematica Information Center Student Support Forum Technical FAQs ... MathGroup Other Mathematica -related Sites Send comments/questions/suggestions/rants here Designed for Safari.

55. Differential Equations Collection of programs to solve BoundaryValue Problems involving Ordinary Differential Equations. http://numericalmathematics.com/ordinary_differential_equations.htm

HOME Math Software Register Your Software Numerical Methods ... Thinkers Only Software Linear Algebra Functions Ordinary Differential Equations Systems of Nonlinear Equations ... Support Software Numerical Methods: Integration and Differentiation Solution of Equations Maxima and Minima Approximation of Functions ... Decimal Comma/Decimal Point Enter your search terms Submit search form Web www.numericalmathematics.com Ordinary Differential Equations - Finite Series Solutions solves boundary-value or initial-value problems involving nonlinear or linear ordinary differential equations of any order , or systems of such . The conditions may also be linear or nonlinear equations involving the unknown functions and their derivatives. The solution produced is a continuous function in the form of finite power or trigonometric series, depending on the program, of user-specified number of terms valid in the entire defined interval and expanded about a user-chosen center of expansion. Results, including the graph, can be saved or printed. You can also copy the graph to the clipboard, which you can then paste where you please (Word, Paint, etc.). You have one-click control of the graph with zooming, panning, centering, etc. The solution may be stored in a file which may be later read by a suitable program (like POWER AND TRIGONOMETRIC SERIES) to further study it to find roots, maxima and minima, derivatives, integral, graph. You can predefine

56. SpringerLink Home - Main link.springerny.com/link/ service/journals/00526/index.htm - Similar pages differential equations(Parameter)The solution of the differential equation are certain functions. The differential equation defines the slope of at the point (x,y) of the certain curve of http://link.springer-ny.com/link/service/journals/00526/index.htm

var isIE = false; Athens Authentication Point Welcome! To use the personalized features of this site, please log in or register If you have forgotten your username or password, we can help My Menu Marked Items Alerts Order History Saved Items All Favorites English Deutsch Welcome to SpringerLink! SpringerLink is one of the world's leading interactive databases for high-quality STM journals book series books reference works and the Online Archives Collection. SpringerLink is a powerful central access point for researchers and scientists. more options Find content by keyword Query Builder Close Clear Title (ti) Summary (su) Author (au) ISSN (issn) ... "" (exact) Content type All (3,865,890) Publications (28,321) Journals (2,033) Book Series (931) ... Reference Works (119) Featured library Chinese Library of Science (35,333) Russian Library of Science (468,200) Subject Collection Architecture and Design (1,257) Behavioral Science (61,085) Biomedical and Life Sciences (793,944) Business and Economics (97,813) ... Impressum © Springer. Part of Springer Science+Business Media Remote Address: 67.18.104.18 • Server: mpweb16

57. The 2002 UAB International Conference On Differential Equations And Mathematical Talks of 25 minutes in length in all areas of differential equations and mathematical physics are invited. An online registration form is available here http://www.math.uab.edu/uab02/

The 2002 UAB International Conference on Differential Equations and Mathematical Physics Birmingham, Alabama March 26-30, 2002 Talks of 25 minutes in length in all areas of differential equations and mathematical physics are invited. An online registration form is available here (the deadline is March 1, 2002). Please visit this site for updates, or send us an email if you have any questions. Click here to put yourself on the mailing list (registering automatically puts you on the mailing list). Program Plenary Speakers M. Aizenman, Princeton University J. Glimm, SUNY at Stony Brook S. Jitomirskaya, UC Irvine A. Laptev, KTH, Stockholm J. Lebowitz, Rutgers University E. Lieb, Princeton University T.-P. Liu, Stanford University and Academia Sinica (Taiwan) C.-A. Pillet, Univ. de Toulon, CPT-CNRS/FRUMAM R. Weder, UNAM, Mexico City General Sessions General sessions will be open for registered participants. Click here to access our online registration form (the deadline is March 1, 2002). Focus Sessions Talks in the Focus Sessions are by invitation of the organizers (listed in parentheses). Conservation Laws (G.-Q. Chen, Northwestern University)

58. STOCHASTIC INTEGRATION AND STOCHASTIC DIFFERENTIAL EQUATIONS Stochastic differential equations (.ps file for doublesided printing Existence and Uniqueness of the Solution (p 282), differential equations Driven by http://www.ma.utexas.edu/users/kbi/SDE/C_1.html

STOCHASTIC INTEGRATION AND STOCHASTIC DIFFERENTIAL EQUATIONS (.ps file for doublesided printing .pdf file) A dvi file of 350 pages with two appendices an additional 200 pages long. It has been chopped into chapters for convenience's sake: Introduction (.ps file for doublesided printing .pdf file) Motivation: Stochastic Differential Equations (p 1), Wiener Process (p 9), The General Model (p 20). Integrators and Martingales (.ps file for doublesided printing .pdf file) The Elementary Stochastic Integral (p 46), The Semivariations (p 53), Path Regularity of Integrators (p 58), The Maximal Inequality (p 63). Processes of Finite Variation (p 67), The Change-of-Variable Formula (p 70), Martingales (p 71), Martingales Are Integrators (p 78). Extension of the Integral (.ps file for doublesided printing .pdf file) Control of Integral and Integrator ... .pdf file) Change of Measure - Factorization (p 187), Martingale Inequalities (p 209), The Doob-Meyer Decomposition (p 221), Semimartingales (p 232) Previsible Control of Integrators (p 238), Levy Processes (p 253). Stochastic Differential Equations (.ps file for doublesided printing

59. Multivariable Calculus, Linear Algebra And Differential Equations Numerical Solution of differential equations First Order Linear differential equations TI92 Maple Mathematica 2 Mathematica 3 MathCad http://www.math.montana.edu/frankw/ccp/multiworld/topic.htm

Contents The Connected Curriculum Project Organization The Book and the Web Mathematical Structure Contents ... Partial Differential Equations Virtual Reality Mathematical Reality Flatland Life on a TV Screen [TI-92] [Maple] [Mathematica 2] ... [Mathematica 3] [MathCad] Vector Spaces, I Life in Two and Three Dimensions [TI-92] [Maple] [Mathematica 2] ... [Mathematica 3] [MathCad] Vectors Spaces, II Two, Three, ... , N, ... Infinity [TI-92] [Maple] [Mathematica 2] ... [Mathematica 3] [MathCad] From Three Dimensions to Two and Back [TI-92] [Maple] [Mathematica 2] ... [Mathematica 3] [MathCad] Looking at a 3D World with 2D Eyes [TI-92] [Maple] [Mathematica 2] ... [Mathematica 3] [MathCad] Looking for Periodicity The Fourier Transform [TI-92] [Maple] [Mathematica 2] ... [Mathematica 3] [MathCad] Analyzing a Periodic Function [TI-92] [Maple] [Mathematica 2] ... [Mathematica 3] [MathCad] Transformations from One Vector Space to Another [TI-92] [Maple] [Mathematica 2] [Mathematica 3] [MathCad] Back to Contents Two and Three Dimensional Geometry Area and Torque in Two Dimensions [TI-92] [Maple] [Mathematica 2] ... [Mathematica 3] [MathCad] Area, Volume, and Torque in Three Dimensions

60. GSCI - Software: Differential Equations Software differential equations. Contents. General; Finite Differences; Finite Elements; Finite Volumes; Grid Generators; Numerics of ODEs; Test Problems http://www.scicomp.uni-erlangen.de/archives/SW/diffequ.html

Software: Differential Equations Contents General Finite Differences Finite Elements Finite Volumes ... Test Problems General Ressources for Ordinary and Partial Differential Equations Software for Boundary Value Problems C*ODE*E , Consortium of ODE Experiments Cactus - Parallel Code for PDEs CLAWPACK : fortran routines for hyperbolic PDE systems in 3D (also MPI version available) CST - Simulation elektromagnetischer Felder und Berechnung der Maxwell'schen Gleichungen. Siehe auch Research Groups DAKOTA Software Toolkit for Design Optimization, Uncertainty Quantification, Parameter Estimation, and Sensitivity Analysis DASPK : Differential-Algebraic Equations Solver for large systems DDE-BIFTOOL for Bifurcation Analysis of delay differential equations DiME : data local iterative methods for the efficient solution of PDE's FDLIB - Fluid Dynamics Software Library by the Phaedrus Group FlowER - Software for Turbomachinery Flows GAM Code for Stiff Initial Value Problems GRUMMP Generation and Refinement of Unstructured Mixed-Element Meshes in Parallel MEBDF : Code for Stiff and Differential-algebraic Equations NUMERICA ODE Programms from Hairer/Noersett/Wanner (Solving Ordinary Differential Equations 1 + 2, Springer)

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