FEA: различия между версиями

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#REDIRECT [[Конечно-элементный анализ]]  
''Finite Element Analysis.'' FEA is widely used to find solutions in mechanics of deformable solid bodies, heat exchange hydro-and gas dynamics, electro- and magnetostatics, as well as other areas of physics. Such tasks appear in the systems of computer-aided engineering ([[CAE]]) to simulate product behavior in digitalized form (without fabricating the product or its mock-up). Typical examples of the processes, whose computer stimulation significantly reduces testing expenses, are wind-tunnel testing and crash-tests. Finite element analysis is based on the mathematical finite element method ([[FEM]]).


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Текущая версия от 17:45, 16 августа 2024

Finite Element Analysis. FEA is widely used to find solutions in mechanics of deformable solid bodies, heat exchange hydro-and gas dynamics, electro- and magnetostatics, as well as other areas of physics. Such tasks appear in the systems of computer-aided engineering (CAE) to simulate product behavior in digitalized form (without fabricating the product or its mock-up). Typical examples of the processes, whose computer stimulation significantly reduces testing expenses, are wind-tunnel testing and crash-tests. Finite element analysis is based on the mathematical finite element method (FEM).