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finite element method

(FEM, FEA, finite element analysis)
(computational method for PDEs suited to physical problems)

Finite element method (FEM) refers to a means of calculating solutions to partial differential equations which is suited to a number of types of physical problems including fluid dynamics. They have been in development since the 1950s, originally for engineering problems.

The finite element method involves breaking the modeled phenomena (e.g., a field) into parts with flat sides, straight edges, and corners (nodes), and generates a set of simultaneous algebraic equations that indicate the field values at the nodes and interpolate to estimate other values.

(mathematics,physics,computation,fluid dynamics)

Referenced by:
basis function
discontinuous Galerkin method
numerical analysis