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Mathematics
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Calculus and Analysis
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Differential Equations
ITEMS
333
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items:
Εισαγωγή στο Mathematica (Introduction to Mathematica)
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NDSolve
Method Extensibility
[in
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About Synthesis of Differential Equations and Their Groups
[in
Conference Proceedings
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Accretion Disks in Binary Star Systems
[in
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Accuracy of the WentzelKramersBrillouin (WKB) Quantization Condition for Symmetric Power Law Potentials
[in
MathSource: Packages and Programs
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Additional Analytical Inverse Laplace Transforms
[in
MathSource: Packages and Programs
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Advanced Engineering Mathematics
[in
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Advanced Mathematics for Applications
[in
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Advanced Tensor Analysis
[in
MathSource: Packages and Programs
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Advanced Topics in Finite Element Analysis of Structures: With Mathematica and Matlab Computations
[in
Books
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An Aftertreatment Technique for Improving the Accuracy of Adomian's Decomposition Method
[in
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Algorithm 924: TIDES, a Taylor Series Integrator for Differential EquationS
[in
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An Algorithm to Determine Potential Systems in Mathematica
[in
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Algorithms of Symbolic Computation Used in Stability Analysis
[in
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All the Mathematica You May Ever Need for ODEs
[in
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Analysis of Elementary and Complex Reaction Kinetics
[in
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Analysis of Periodic Oscillations with Computer Algebra
[in
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Applications of Mathematica for solving analytical problems in theory of shells
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Applied Differential Equations: The Primary Course
[in
Books
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Applied Fourier Series and Boundary Value Problems
[in
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Applied Laplace Transforms and zTransforms for Scientists and Engineers: A Computational Approach using a Mathematica Package
[in
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Applied Math Textbook
[in
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Applied Ordinary Differential Equations
[in
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Applying a List of Functions to an Argument: A Dual of Map
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Applying Jacobian Elliptic Functions to Solve Linear and Nonlinear Differential Equations With Mathematica
[in
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Applying the Perturbation Method of MultipleScales
[in
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Approximate Inversion of Laplace Transform
[in
MathSource: Packages and Programs
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Approximate solutions of boundaryvalue problems using computer algebra software
[in
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Approximation methods for solutions of differential equations
[in
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Aritmetica, Algebra e Calculo com o Mathematica
[in
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The Art of Modeling in Science and Engineering with Mathematica, Second Edition
[in
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Asymptotic Behavior and its Visualization of the Solutions of Intermittently and Impulsively Damped Nonlinear Oscillator Equations
[in
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An Automated TanhFunction Method for Finding Solitary Wave Solutions to NonLinear Evolution Equations
[in
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Basic Sets of Polynomial Solutions for the Iterated Laplace and Wave Equations
[in
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Basics of NonLinear Dynamics
[in
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Book Review: Partial Differential Equations with Mathematica
[in
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Book Reviews: Differential Equations with Mathematica
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Boundary elements with Mathematica
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Boundary Modulation with Mathematica
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Breaking and SelfFocusing Properties of Korteweg de Vries Solitons
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CalcLabs with Mathematica for Single Variable Calculus, Fifth Edition
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Calclabs with Mathematica for Single Variable Calculus, fourth edition
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Calculation of Weights in Finite Difference Formulas
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Calculation of xray wave fields in perfect crystals by applying Riemann's method to solve the TakagiTaupin equations
[in
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Calculus and Differential Equations with Mathematica
[in
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Calculus Laboratories with Mathematica, Volume 3
[in
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Calculus Projects Using Mathematica [1996 Edition]
[in
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Calculus, Single and Multivariable, Fifth Edition
[in
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Calculus: Early Transcendentals, Second Edition
[in
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Calculus: Early Transcendentals, Seventh edition
[in
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The chasing method for linear boundary value problems
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Compartmental and Biokinetic Modeling
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Computation of Conservation Laws for Nonlinear Lattices
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Computation of Conserved Densities for Systems of Nonlinear DifferentialDifference Equations
[in
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Computation of highgain observers for nonlinear systems using automatic differentiation
[in
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Computation of HigherOrder Symmetries for Nonlinear Evolution and Lattice Equations
[in
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Computational Methods for Linear Integral Equations
[in
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Computer Algebra and Symbolic Computation: Elementary Algorithms
[in
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Computer Algebra and Symbolic Computation: Mathematical Methods
[in
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Computer Solutions in Physics: With Applications in Astrophysics, Biophysics, Differential Equations, and Engineering
[in
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Computer Symbolic Algebra Solutions of Second Order Differential Equations
[in
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Constrained ODEs by Optimal Control
[in
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Constructing Branches of Solutions of Nonlinear PDE's
[in
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A Course in Ordinary Differential Equations, second edition
[in
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CP Methods for the Schrödinger Equation Revisited
[in
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CRC Concise Encyclopedia of Mathematics, Second Edition
[in
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DelayDifferential Equations
[in
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Derivation of nonlinear geometrical relations of the theory of shells with MathTensor
[in
Conference Proceedings
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Design for the Safety of Recreational Water Slides
[in
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Designing an algorithm for the series solution of nth order linear ODEs with polynomial coefficients
[in
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Detection of Bifurcation Structures by HighOrder Averaging for Duffing's Equation
[in
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DiffEqs: Packages for Differential Equations
[in
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Differential Equations
[in
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Differential Equations & Linear Algebra, fourth edition
[in
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Differential Equations and Boundary Value Problems: Computing and Modeling, 5th edition
[in
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Differential Equations and Events
[in
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Differential Equations and Orthogonal Functions
[in
Courseware and Class Materials
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Differential Equations Demos with Mathematica
[in
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Differential Equations for Chemical Kinetics
[in
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Differential Equations with Mathematica
[in
Books
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Differential Equations with Mathematica
[in
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Differential Equations with Mathematica, Fourth Edition
[in
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Differential Equations with Mathematica, Second Edition
[in
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Differential Equations with Mathematica, Second Edition
[in
Books
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Differential Equations with Mathematica, Third Edition
[in
Books
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Differential Equations with Mathematica, Third Edition
[in
Books
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Differential Equations, An Introduction to Modern Methods and Applications, second edition
[in
Books
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Differential Equations: An Introduction with
Mathematica
, Second Edition
[in
Books
]
Differential Equations: An Introduction with Mathematica
[in
Books
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Differential Equations: Mathematica Computer Laboratory Projects
[in
Courseware and Class Materials
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Differentialgleichungen mit Mathematica
[in
Books
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Diffraction of Water Waves Due to a Presence of Two Headlands
[in
Articles
]
Discovering Calculus with Mathematica, Second Edition
[in
Books
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Discovering Mathematics: A ProblemSolving Approach to Mathematical Analysis with Mathematica and Maple
[in
Books
]
Discovering Solutions to Ordinary Differential Equations
[in
Conference Proceedings
]
Discrete Chaos: With Applications in Science and Engineering, Second Edition
[in
Books
]
The Duffing Equation with Mathematica
[in
MathSource: Packages and Programs
]
Dynamical Systems with Applications using Mathematica
[in
Books
]
DynPac
[in
MathSource: Packages and Programs
]
ECUACIONES DIFERENCIALES con MATHEMATICA. Ejercicios resueltos
[in
Books
]
Eigenvalue differential equation solver
[in
MathSource: Packages and Programs
]
Eigenvalues to arbitrary precision for onedimensional Schrödinger equations by the shooting method using integer arithmetic
[in
Articles
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Electromagnetic Scattering from Random Media
[in
Books
]
Elliptic BakerAkhiezer Functions and an Application to an Integrable Dynamical System
[in
Articles
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Energy and Contour Plots for Qualitative Analysis of Nonlinear Differential Equations
[in
Articles
]
Exact Differential Equations Studied in the Context of Vector Fields
[in
Conference Proceedings
]
Experimental Education System of Mathematics based on Mathematica
[in
Conference Proceedings
]
Explicit Analytical Solution of the Nonlinear VlasovPoisson System
[in
Articles
]
Exploring Quasilinear Elliptic Differential Equations
[in
Conference Proceedings
]
Exploring the Complex Plane: Green's Functions, Hilbert Transforms, and Analytic Continuation
[in
Articles
]
Exploring the Theory of Geometric Bifurcation
[in
Conference Proceedings
]
Exterior Calculus for Vectors and Forms
[in
Articles
]
Finite Element Method
[in
MathSource: Packages and Programs
]
First Order ODEs: Mathematica and SymbolicNumerical Methods
[in
Articles
]
FourthOrder Differential Equation Satisfied by the Associated of Any Order of All Classical Orthogonal Polynomials. A Study of Their Distribution of Zeros
[in
Articles
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Fourthorder Differential Equations Satisfied by the Generalized Corecursive of all Classical Orthogonal Polynomials. A Study of Their Distribution of Zeros
[in
Articles
]
Fractional Calculus: Application and Results
[in
Conference Proceedings
]
FrontEnd Vision and MultiScale Image Analysis
[in
Books
]
FrontEnd Vision and MultiScale Image Analysis
[in
Books
]
Fundamental Finite Element Analysis and Applications: With Mathematica and Matlab Computations
[in
Books
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Generalized Boundary Problem for OneDimensional Random Walks
[in
Articles
]
Generalized Collocation Methods: Solutions to Nonlinear Problems
[in
Books
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Getting Started with Mathematica, Third Edition
[in
Books
]
Giving Meaning to the Circular Membrane Problem with Mathematica
[in
Articles
]
Green’s Functions Computation
[in
MathSource: Packages and Programs
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Green's Functions in the Theory of Ordinary Differential Equations
[in
Books
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Green's Functions with Reflection
[in
MathSource: Packages and Programs
]
Guide to Essential Math, A Review for Physics, Chemistry and Engineering Students, second edition
[in
Books
]
A Guided Tour of Differential Equations Using Computer Technology
[in
Books
]
A HalfExplicit RungeKutta Method of Order 5 for Solving Constrained Mechanical Systems
[in
Articles
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HalfExplicit RungeKutta Methods for DifferentialAlgebraic Systems of Index 2
[in
Articles
]
Handbook of Linear Partial Differential Equations for Engineers and Scientists, Second Edition
[in
Books
]
Heteroclinic Cycles and Modulated Travelling Waves in a System with D4 Symmetry
[in
Articles
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A heuristic method for the resummation of perturbation series
[in
Articles
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A high order perturbation analysis of the Sitnikov problem
[in
Articles
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Higher Order Normal Form and Period Averaging
[in
Articles
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A higherorder finite difference method for solving a system of integrodifferential equations
[in
Articles
]
Höhere Mathematik mit Mathematica, Band 3: Differentialgleichungen und Numerik
[in
Books
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How Do I Solve a Differential Equation in Mathematica?
[in
Technical Notes
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Hybrid solvers for composition and splitting methods
[in
Articles
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Hyperasymptotics
[in
Articles
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The identification problem for transcendental functions
[in
Articles
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Illustrating Solutions to 2D Partial Differential Equations
[in
Articles
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Illustrating Solutions to 2D Partial Differential Equations
[in
MathSource: Packages and Programs
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Improved Computation of the Bifurcation Diagram for the ThreeVariable Autocatalator
[in
MathSource: Packages and Programs
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Impulziv Jelensegek Modelljei (Models of Impulsive Phenomena: Mathematica Experiments)
[in
Books
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Increment formulations for rounding error reduction in the numerical solution of structured differential systems
[in
Articles
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Integrability Package: Computation of Invariants and Symmetries
[in
MathSource: Packages and Programs
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Integral Equation Solver
[in
MathSource: Packages and Programs
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Interactive Learning in Calculus and Differential Equations with Applications
[in
Courseware and Class Materials
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Introduction to Differential Equations
[in
Courseware and Class Materials
]
Introduction to Numerical Computation with Mathematica
[in
Conference Proceedings
]
Introduction to Ordinary Differential Equations with Mathematica: An Integrated Multimedia Approach
[in
Books
]
Introduction to Partial Differential Equations for Scientists and Engineers Using Mathematica
[in
Books
]
An Introduction to the New NDSolve, and ExplicitRungeKutta
[in
Conference Proceedings
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Invariants and Symmetries for Partial Differential Equations and Lattices
[in
Articles
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Iterative Solution of Highly Nonlinear Boundary Value Problems
[in
MathSource: Packages and Programs
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Iterative Solution of Highly Nonlinear Differential Equations Using Mathematica
[in
Conference Proceedings
]
Ito's Lemma
[in
MathSource: Packages and Programs
]
A Journey into Partial Differential Equations
[in
Books
]
Kranc: a Mathematica package to generate numerical codes for tensorial evolution equations
[in
Articles
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Laplace Equation Solver
[in
MathSource: Packages and Programs
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Learning about Differential Equations from Their Symmetries
[in
Articles
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Learning Differential Equations and Solutions by Examples
[in
Books
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Learning Mathematics with Mathematica: Differential and Integral Calculus with Mathematica
[in
Books
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Lecture Labs in Ordinary Differential Equations
[in
MathSource: Packages and Programs
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Lie Symmetries
[in
MathSource: Packages and Programs
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LieBaecklund Symmetries
[in
MathSource: Packages and Programs
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Magnetica User Book
[in
Technical Notes
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A Mathematica Companion for Differential Equations
[in
Books
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Mathematica Computer Guide: A SelfContained Introduction for Erwin Kreyszig's "Advanced Engineering Mathematics, Ninth Edition"
[in
Books
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Mathematica Esencíal con aplícacíones
[in
Books
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Mathematica for Differential Equations: Projects, Insights, Syntax and Animations
[in
Books
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The Mathematica Handbook
[in
MathSource: Packages and Programs
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Mathematica in Action: Check Your Answers... But How?
[in
Articles
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Mathematica in the Classroom: New Tools for Exploring Precalculus and Differential Calculus
[in
Articles
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Mathematica Lab Manual for Introductory Differential Equations: From Linearity to Chaos
[in
Books
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Mathematica Notebook (companion to Differential Equations with Computer Lab Experiments by Dennis G. Zill)
[in
Books
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Mathematica Notebooks for a Conventional Differential Equations Course
[in
Articles
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A Mathematica program for the approximate analytical solution to a nonlinear undamped Duffing equation by a new approximate approach
[in
Articles
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Mathematica Solution of Rayleigh Equation in NonLinear Vibration
[in
Articles
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Mathematica Technology Resource Manual for Differential Equations: A Modeling Perspective
[in
Books
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Mathematicabased Package for Studying Ordinary Differential Equations and for Analyzing the Learning Process
[in
Conference Proceedings
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Mathematical and Computational Physics using Mathematica
[in
Courseware and Class Materials
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Mathematical Interpretation of the Boundary Conditions Phenomenon in the Refined Least Squares Method
[in
Conference Proceedings
]
Mathematical Techniques: An Introduction for the Engineering, Physical, and Mathematical Sciences, Fourth Edition
[in
Books
]
MathLie: A Program of Doing Symmetry Analysis
[in
Articles
]
A Method for Solving Inverse BoundaryValue Problems Using Symbolic Computation
[in
Articles
]
Modeling, Simulating and Analyzing a Tsunami
[in
Demos
]
N = 2 Super Boussinesq Hierarchy: Lax Pairs and Conservation Laws
[in
Articles
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NDSolve Advanced Documentation: Method Plugin Framework
[in
Demos
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NDSolve, Composition, and Splitting
[in
Conference Proceedings
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New Explicit and Exact Travelling Wave Solutions for a System of Variant Boussinesq Equations in Mathematical Physics
[in
Articles
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A new symbolic method for solving linear twopoint boundary value problems on the level of operators
[in
Articles
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Nonlinear 2Point BoundaryValue Problems with Applications in Science and Engineering
[in
Articles
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Nonlinear Equation, Differential (Equation Equations non linéaires, équations différentielles)
[in
Courseware and Class Materials
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Normal form computation without central manifold reduction
[in
Articles
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Normal forms and integrability of ODE systems
[in
Articles
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Numerical Inversion of Laplace Transform
[in
MathSource: Packages and Programs
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Numerical Inversion of Laplace Transform with Multiple Precision Using the Complex Domain
[in
MathSource: Packages and Programs
]
Numerical Laplace Inversion
[in
MathSource: Packages and Programs
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Numerical PDE Solving
[in
Conference Proceedings
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Numerical simulations of the Cubic Schroedinger equations for Periodic Perturbations
[in
Conference Proceedings
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Numerical Solution of an Elliptic PDE
[in
MathSource: Packages and Programs
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Numerical Solution of Linear Boundary Value Problems
[in
MathSource: Packages and Programs
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Numerical Solution of OneDimensional Linear Integral Equations of the Second Kind
[in
MathSource: Packages and Programs
]
Numerical Solution To the Spreaded Given Problems for Linear Ordinary Differential Equations
[in
MathSource: Packages and Programs
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Numerical Solutions for Partial Differential Equations: Problem Solving Using Mathematica
[in
Books
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Numerical solutions of distributed diffusion Hopfield neural network equations
[in
Articles
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Numerical Solving of ODEs and PDEs in Mathematica
[in
Conference Proceedings
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Numerical Study of the PseudopLaplace Operator
[in
Conference Proceedings
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ODE and PDE Solvers
[in
Conference Proceedings
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On numerical doubly periodic wave solutions of the coupled Drinfeld–Sokolov–Wilson equation by the decomposition method
[in
Articles
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On numerical soliton solution of the Kaup–Kupershmidt equation and convergence analysis of the decomposition method
[in
Articles
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On symbolic derivation of the cumulant equations
[in
Articles
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On the Calculation of Coupling Coefficients in Amplitude Equations
[in
Articles
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An Optimal Algorithm for Certain Boundary Value Problem
[in
Articles
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Orbits Worth Betting On
[in
Technical Notes
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Order Stars and Linear Stability Theory
[in
Articles
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Ordering Rules for Double and Triple Eigenseries in the Solution of Multidimensional Heat and Fluid Flow Problems
[in
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Ordinary Differential Equations
[in
MathSource: Packages and Programs
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Ordinary Differential Equations and Dynamical Systems
[in
Books
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Overview of Adaptive Shooting Methods for Boundary Value Problems
[in
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Partial Differential Equations and Bivariate Orthogonal Polynomials
[in
Articles
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Partial Differential Equations and Boundary Value Problems with Mathematica, Second Edition
[in
Books
]
Partial Differential Equations and BoundaryValue Problems with Applications, third edition
[in
Books
]
Partial Differential Equations and Mathematica
[in
Books
]
Partial Differential Equations with Mathematica
[in
Books
]
Partial Differential Equations with Mathematica (Japanese translation)
[in
Books
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Partial Differential Equations with webMathematica
[in
Conference Proceedings
]
Path Integral Methods for Parabolic Partial Differential Equations with Examples from Computational Finance
[in
Articles
]
Perturbation
[in
MathSource: Packages and Programs
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Phase and Group Velocities of 2D Numerical Approximations for Hyperbolic Equations
[in
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]
Planar Phase Plots and Bifurcation Animations
[in
Articles
]
The Positive Definiteness of a Class of Polynomials from the Global Stability Analysis of LotkaVolterra Systems
[in
Articles
]
Power Series Approximation to Solutions of Nonlinear Systems of Differential Equations
[in
Articles
]
Power Series Solution of Linear and Nonlinear Partial Differential Equations Via Symbolic Programming
[in
Articles
]
Prediction of Conversion with an Isothermal AxiallyDispersed Plug Flow Reactor
[in
MathSource: Packages and Programs
]
Radiation reduction of optical solitons resulting from higher order dispersion terms in the nonlinear Schrodinger equation
[in
Articles
]
ReactionDiffusion Lab
[in
MathSource: Packages and Programs
]
Realizations of Nonlinear Systems
[in
Articles
]
Regularization of radial solutions of pLaplace equations, and computations using infinite series
[in
Articles
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Replacement of Variables
[in
MathSource: Packages and Programs
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Research of the Periodic Solutions of the HénonHeiles Nonintegrable Hamiltonian System by the LindstedtPoincaré Method
[in
Articles
]
Residue Curve Map Calculation of a Ternary Mixture
[in
Articles
]
RestartingNDSolve
[in
Articles
]
RestartingNDSolve
[in
MathSource: Packages and Programs
]
RMC Packages
[in
MathSource: Packages and Programs
]
RungeKutta methods, trees, and Mathematica
[in
Articles
]
RungeKutta Order Conditions Package
[in
MathSource: Packages and Programs
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RUNGEKUTTANYSTROM integrator
[in
MathSource: Packages and Programs
]
The SchmidtKolchin Conjecture
[in
Articles
]
Schroedinger.m: A Mathematica Package for Solving the TimeIndependent Schrödinger Equation
[in
Articles
]
Scientific Computing with Mathematica: Mathematical Problems for Ordinary Differential Equations
[in
Books
]
Series Mathematica en Matemática (edición previa)
[in
Books
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Shooting and Bifurcating with Mathematica
[in
Conference Proceedings
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The Shooting Method Revisited
[in
Articles
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Shooting the buckled plate
[in
Articles
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Simulation of Minimal Surfaces by Isovector Methods
[in
Articles
]
Soliton solutions and symmetries of the 2+1 dimensional KaupKuperschmidt equation
[in
Articles
]
Soliton solutions to the JimboMiwa equations and the FordyGibbonsJimboMiwa equation
[in
Articles
]
Solution of differential equations via symbolic programming
[in
MathSource: Packages and Programs
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Solution of Initial Value Problem for Linear ODE System by Means of Matrix Exponential
[in
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]
The solution of KdV and mKdV equations using adomian pade approximation
[in
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Solution of ODE System in a Power Series Form
[in
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Solution of ODEs and Eigenvalue Problems with a Chebyshev Polynomial Spectral Method
[in
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]
Solution of TwoPoint Boundary Value Problems: A RootSolving Approach
[in
MathSource: Packages and Programs
]
Solution of Unsteady Heat Conduction in an Insulated Rod using the Orthogonal Collocation Method
[in
MathSource: Packages and Programs
]
Solution Techniques for Elementary Partial Differential Equations, Third Edition
[in
Books
]
Solution to a System of Ordinary Differential Equations with Mixed, Algebraic, Boundary Conditions
[in
MathSource: Packages and Programs
]
Solutions Manual to Accompany Ordinary Differential Equations
[in
Books
]
Solutions of the Nonlinear Wave Equation utt=(uux)x Invariant under Conditional Symmetries
[in
Articles
]
Solving Differential Equations with Computer Algebra Systems Software
[in
Articles
]
Solving Higher Order ODEs using Mathematica 5.2
[in
MathSource: Packages and Programs
]
Solving linear differential system with singular points
[in
Articles
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Solving Nonlinear BoundaryValue Problems with Mathematica
[in
Articles
]
Solving Nonlinear Differential Equations with DSolve
[in
Conference Proceedings
]
Solving Nonlinear Partial Differential Equations with Mathematica
[in
Conference Proceedings
]
Solving Orthogonal Matrix Differential Systems in Mathematica
[in
Articles
]
Solving Singularly Perturbed Riccati Equation with Mathematica
[in
Articles
]
Solving the American Put Financial Derivative using Differential Equations and Integration
[in
Conference Proceedings
]
Solving the Equations  uxx  euyy = f(x,y,u) by an O(h^4) Finite Difference Method
[in
Articles
]
Solving the PDE With a Sharp Initial Condition
[in
Technical Notes
]
Some Applications, Properties and Conjectures for Higher Order Cumulants of a Markovian SteppingStone Model
[in
Articles
]
Sound as an additional learning tool
[in
Conference Proceedings
]
Sparse Matrix versus Multigrid Solvers for Elliptic PDE's
[in
Conference Proceedings
]
Special Solutions of Nonlinear PDEs
[in
Conference Proceedings
]
Spectral analysis of onedimensional Schrödinger operators using series solutions
[in
Articles
]
Spring Mass System with the Spring Having Mass
[in
MathSource: Packages and Programs
]
Stability of Polynomials
[in
Articles
]
Stencils with isotropic discretization error for differential operators
[in
Articles
]
Students and Mathematica: Swirl Discoveries: A 2D Linear Differential Equations Investigation
[in
Articles
]
Study of Hakiel's Nonlinear Model for Wound Roll Stress Implementations
[in
Conference Proceedings
]
Summa: Symbolic Sums Manipulation
[in
MathSource: Packages and Programs
]
Support Vector Classifier
[in
MathSource: Packages and Programs
]
Symbolic analytical solution of Ndimensional radially symmetric polytropes
[in
Articles
]
Symbolic Computation for Inverse BoundaryValue Problems and its Application to Impedance Tomography Reconstruction
[in
Articles
]
Symbolic Computation of Conserved Densities for Systems of Nonlinear Evolution Equations
[in
Articles
]
Symbolic derivation and numeric computation of dyadic Green's functions using Mathematica
[in
Articles
]
Symbolic Derivation of Finite Difference Approximations for the ThreeDimensional Poisson Equation
[in
Articles
]
Symbolic Differential Equation Solving
[in
Conference Proceedings
]
Symbolic Differential Equations
[in
Conference Proceedings
]
Symbolic Discretization of PDEs
[in
Conference Proceedings
]
Symbolic preprocessing for simulation of PDE models of chemical processes
[in
Articles
]
Symbolic software for the Painleve test of nonlinear ordinary and partial differential equations
[in
Articles
]
Symbolic Solvers for Nonlinear Differential Equations
[in
Articles
]
Symbolic Techniques in MathModelica System Designer
[in
Conference Proceedings
]
Symmetric Functions and the KP and BKP Hierarchies
[in
Articles
]
Symmetry Analysis of Differential Equations with Mathematica
[in
Articles
]
Symmetry Analysis of Differential Equations with Mathematica
[in
Books
]
Symmetry Analysis of Nonlinear Differential Equations with the Mathematica Program SYMMAN
[in
Articles
]
Symmetry notebooks of ordinary differential equations
[in
Articles
]
Transformation of a PDE system into an ODE system by using Generalized Integral Transform Technique
[in
MathSource: Packages and Programs
]
Transforming Systems of PDEs for Efficient Numerical Solution
[in
Conference Proceedings
]
Travelling Wave Solutions to the TwoDimensional KdVBurgers Equation
[in
Articles
]
Tricks of the Trade
[in
Articles
]
Tricks of the Trade
[in
Articles
]
The twinwell potential oscillator numerical experiment
[in
Conference Proceedings
]
Two Integrable Coupled Nonlinear Systems
[in
Articles
]
The Use of Mathematica for the Analysis of Strongly Nonlinear Twodegreeoffreedom Systems by Means of the Modified LindstedtPoincaré Method
[in
Articles
]
Using
NDSolve
with
EventLocator
to Solve HigherOrder Differential Equations with Jumping Nonlinearity
[in
Conference Proceedings
]
Using Computer Algebra to Calculate Approximate Symbolic Solutions of Nonlinear Evolution Equations
[in
Articles
]
Using Java Swing to Explore Solutions of Differential Equations with
NDSolve
[in
MathSource: Packages and Programs
]
Validated Solution of Ordinary Differential Equations with the Taylor Model
[in
Conference Proceedings
]
Version 3.0: Partial Differential Equations
[in
Articles
]
A Vibrating Circular Membrane
[in
Courseware and Class Materials
]
The Vibrating EllipseShaped Drum
[in
Articles
]
VisualDSolve, Second Edition
[in
Books
]
VisualDSolve: A Package for Visualizing Differential Equations
[in
Conference Proceedings
]
VisualDSolve: Visualizing Differential Equations with Mathematica
[in
Books
]
Wolfram Mathematica Tutorial Collection: Advanced Numerical Differential Equation Solving in Mathematica
[in
Books
]
Wolfram Mathematica Tutorial Collection: Differential Equation Solving with DSolve
[in
Books
]
The xLab Series of MathematicaBased, HighPrecision 2D Elliptic PDE Solvers
[in
Conference Proceedings
]
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