Math 2.0

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Numerical Solution of ODEs 2GD1DK7PE4

URIm2://res/2GD1DK7PE4
Kindcourse
CreatorsM.K. Kadalbajoo (instructor)
Scopein
Idscourse 05pjsgx75:111104030

Expressions

e1: edition

Languageen
Contents
  • part 1: Introduction
  • session 1: Preliminaries
  • session 2: Existence, Uniqueness, and Wellposedness
  • session 3: Stability and Asymptotic Stability
  • part 2: Single Step Methods
  • session 4: The Euler Method
  • session 5: Convergence of Euler’s Method
  • session 6: Improvement of the error bound
  • session 7: Stability
  • part 3: Higher order Single Step Methods
  • session 8: Higher Order Methods
  • session 9: Runge-Kutta Methods
  • session 10: Error bounds for Runge-Kutta methods
  • session 11: Absolute Stability for Runge-Kutta Methods
  • part 4: Systems of Equations and Equations of Order Greater Than One
  • session 12: Systems of Equations
  • session 13: Direct Methods For Higher Order Equations
  • part 5: Consistency, Stability and Convergence of General Single – Step Methods
  • session 14: General Single Step Methods
  • session 15: Convergence of General One-Step Methods
  • part 6: Implicit Runge-Kutta Methods
  • session 16: Derivation of Implicit Runge-Kutta methods
  • session 17: Derivation of Implicit Runge-Kutta Methods(Contd.)
  • part 7: Multistep Methods
  • session 18: Multistep Methods
  • session 19: Multistep Methods(Contd.)
  • session 20: Multistep Methods(Contd..)
  • session 21: The local error of the formulas based on integration
  • session 22: Local Error of Nystrom & Milne-Simpson Methods
  • session 23: Multistep Methods for Special Equations of the Second Order
  • session 24: Special 2nd order equations(Contd.)
  • part 8: Linear Multistep Methods
  • session 25: Linear Multistep Methods
  • session 26: Linear Multistep Methods(Contd)
  • session 27: Consistency and Zero-Stability of Linear Multistep Methods
  • session 28: Convergence of Linear Multistep Methods
  • session 29: Necessary & Sufficient Conditions for Convergence
  • session 30: Absolute Stability and Relative Stability
  • session 31: General methods for finding intervals of absolute and relative stability
  • session 32: Some more methods for Absolute & Relative Stability
  • part 9: Stiff-Initial Value Systems
  • session 33: First order linear systems with constant coefficient
  • session 34: Stiffness and Problem of Stiffness
  • session 35: The problem of implicitness for Stiff systems
  • session 36: Linear multistep methods for Stiff systems
  • part 10: Finite Difference Methods for Boundary Value Problems
  • session 37: Finite Difference Methods
  • session 38: Analysis of Difference System
  • session 39: Analytic Expression of the Error
  • session 40: Nonlinear second order equations
  • session 41: Special Boundary Value Problems
  • session 42: Special Boundary Value Problems(Contd.)

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