FEA

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FEA

finite element analysis

FEA

Abbr. for “Federal Energy Administration.”

FEA

(Finite Element Analysis) A mathematical technique for analyzing stress, which breaks down a physical structure into substructures called "finite elements." The finite elements and their interrelationships are converted into equation form and solved mathematically.

Graphics-based FEA software can display the model on screen as it is being built and, after analysis, display the object's reactions under load conditions. Models created in popular CAD packages can often be accepted by FEA software. See automatic design optimization.
References in periodicals archive ?
In modern ages between 1980 and 2000, the work on finite element method has been increased for the implementation in pressure vessels, shell bending and basic three dimension situations in elastic structural analysis [4,5] with also fluid flow and heat transfer [7].
All articles related to the application of 3D finite element in orthodontics were collected.
Conclusion: Fast, personalized model establishment can simulate fixation dislodgement before operation, and personalized finite element analysis was performed to successfully predict whether nail dislodgement would disrupt femur fracture or not.
As a powerful tool in computational stochastic mechanics, the stochastic finite element method (SFEM) appeared.
In the present study, the numerical analyses using finite element methods, that is, static and dynamic analyses according to the rigid or flexible characteristics of dynamic properties for a 200A butterfly valve in a nuclear power plant, were performed according to the dictates of the KEPIC MFA [3].
With the rapid development of computer technology, finite element simulation has been developed to study the mechanics of machining, optimization of cutting parameters, cutting tool design, and so forth.
Finite element method based software package COMSOL Multiphysics and its Conjugate Heat Transfer interface was selected to perform the modelling.
The programs are based on the analytical calculation method and finite element method (FEM), Figure 1.
Babuska, "The finite element method for elliptic equations with discontinuous coefficients," Commputing, vol.
When finite difference method and standard Galerkin finite element method are used to solve this model, one have to calculate the derivative of the numerical solution to determine the coefficient.
Two-dimensional plane strain finite element analyses were carried out in order to obtain the computational stress intensity factor solutions for the pre-existing cracks between the upper and lower sheets near the roots of the continuous welds with idealized and realistic weld geometries.

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