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Brian Mengel,
Civil Servant
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Detailed finite element analysis and global performance analysis of CFEM rigs for Global Marine Drilling Company, 1991/1992.
Finite element analysis is used in conjunction with the "Alternative Rules" to develop Code compliant pressure vessels for almost any application.
Finite Element Analysis is a widely accepted method of assessing product performance in lieu of expensive tests.
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Steve Riggins,
Software Deveoper
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RPM uses COTS Finite Element System programs and has also developed several analytical routines for analysis of finite structural elements and system configuration which are similar from one requirement to the next but require modification of one or more input parameters.
Material and method The first step in a finite element modal analysis procedure is to define the geometry of the object and to generate the corresponding finite element mesh.
Finite element software QuickField is known as a flexible and simple analysis system with extremely friendly user interface and amazingly fast solvers.
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Dave Simons,
Internet Entrepeneur
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Finite Element Analysis (FEA) All critical load bearing members are subjected to FEA, an advanced computer modelling technique, to determine stress concentrations and maximize reliability while minimizing failure.
FEA - Finite element analysis (FEA) such as NASTRAN establish structural performance and optimisation of cast and fabricated components and systems.
Finite Element Analysis, FEA, has traditionally been performed on high-end CAD packages using fairly complex operational techniques.
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Arthur Dawkins,
Astro-physicist
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A Finite Element analysis is essentially an approximate method for calculating the behaviour of a real structure by performing an algebraic solution of a set of equations describing an idealised model structure with a finite number of variables.
We describe finite element and finite volume methods for solving related strongly nonlinear and degenerate diffusion equations and prove some of their stability and convergence properties.
Finite element time-domain (FETD) analysis techniques are applied to predict the attenuation and phase velocity dispersion of pulsed acoustic waves as they propagate through the composite under cure.
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