MOOC
Numerical Analysis for Engineers
Lectures in this MOOC (64)
Fixed Point MethodMOOC: Numerical Analysis for Engineers
Covers the fixed point method for convergence and linear error reduction.
Fixed-Point Method: Convergence and LinearityMOOC: Numerical Analysis for Engineers
Focuses on the convergence and linearity of the fixed-point method.
Fixed-Point Method: ExampleMOOC: Numerical Analysis for Engineers
Covers the fixed-point method with an example and its convergence criteria.
Newton's Method: Convergence and ConditionsMOOC: Numerical Analysis for Engineers
Explores Newton's method convergence conditions and fixed-point interpretation.
Newton's Method: Convergence and Quadratic ConvergenceMOOC: Numerical Analysis for Engineers
Explores Newton's method convergence and quadratic convergence properties in theorem 8.4.
Nonlinear Systems of EquationsMOOC: Numerical Analysis for Engineers
Covers methods to solve nonlinear systems of equations in numerical analysis.
Fixed Point MethodsMOOC: Numerical Analysis for Engineers
Explores fixed point methods for function solutions and non-linear systems.
Differential EquationsMOOC: Numerical Analysis for Engineers
Covers the numerical resolution of differential equations, focusing on first-order equations and Euler diagrams.
First Order Differential Equations, Problem PositionMOOC: Numerical Analysis for Engineers
Covers the position of the problem in first-order differential equations and explores unique solutions.
Existence Theorem 9.1MOOC: Numerical Analysis for Engineers
Discusses the conditions for a unique global solution to a given problem.