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* [[Finite volume method]]; and | * [[Finite volume method]]; and | ||
* Finite element method. | * Finite element method. | ||
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| + | There are several discretization schemes, including: | ||
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| + | * Euler; | ||
| + | * Gauss linear. | ||
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See also: | See also: | ||
Latest revision as of 19:48, 28 February 2015
Given a flow domain, modelled as a continuous medium throughout which a set of non-linear set of equations relate various fluid dynamic quantities. Discretization is the process of subdividing this continuous domain into discrete segments, and linearizing these equations. The resulting equations are finite and linear, solutions to which can be achieved numerically. There are several discretization methods, including:
- Finite difference method;
- Finite area method;
- Finite volume method; and
- Finite element method.
There are several discretization schemes, including:
- Euler;
- Gauss linear.
See also:
