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THE PURPOSE IS DEVELOPING A SUMMARY OF THE TOPICS OF THE SUBJECT NUMERICAL METHODS FOR ENGINEERS, WHICH IS ISSUED AT THE UNIVERSIDAD INDUSTRIAL DE SANTANDER.
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2010
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July
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- Gauss-Seidel Method of Solving Simultaneous Linear...
- Gauss-Seidel Method of Solving Simultaneous Linear...
- LINEAR EQUATIONS SYSTEMS: Iterative Methods
- LINEAR EQUATIONS SYSTEMS 3
- LU Decompostion Method: Example
- Code in Java: Gauss Method
- Naive Gaussian Elimination: Example: Part 2 of 2 (...
- Naive Gaussian Elimination: Example: Part 1 of 2 (...
- LINEAR EQUATIONS SYSTEMS 2
- Setting up Equations in a Matrix Form
- Upper and Lower Triangular Matrices
- Diagonal and Identity Matrices
- LINEAR EQUATIONS SYSTEMS
- Derivation of Secant Method: Approach 2
- Derivation of Secant Method: Approach 1
- Newton-Raphson Method: Example
- Newton Raphson Method: Derivation
- Java Code: Newton Raphson Example
- Roots of Equations: Open Methods
- Bisection Method: Advantages and Drawbacks
- BISECTION METHOD: Algorithm
- BISECTION METHOD
- Java Code: Bisection Method Example
- Roots of Equations (Bracketing Methods)
- RESERVOIR SIMULATION 3D
- Maclaurin Series of Sin(x)
- Java Code: Taylor Series of f= eX
- Flow Chart Taylor Series of f= eX
- Taylor Series
- Truncation Error
- Round Off Error
- NUMERICAL APPROXIMATION
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July
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