Examples of using The finite element method in English and their translations into German
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Both methods are based on the finite element method(FEM). Â.
The finite element method(FEM) is the most important method in structural analysis.
Realistic computer-aided load analyses are carried out with the finite element method.
Cyfex has turned the Finite Element Method into a product and has already integrated it into customer software.
In addition to analytical methods and classical handcalculation, we use the Finite Element Method.
Numerical results obtained with the finite element method(FEM) match well with experimental data 5.
The finite element method(FEM) is at present the most efficient tool for the calculation of reinforced concrete structures.
Static and dynamic calculations by means of the finite element method using the ANSYS software.
RFEM is the ultimate 3D structural engineering software for linear and nonlinear analysis according to the finite element method FEM.
With the finite element method, it can be studied perfectly and it was demonstrated that micro-slip causes rotational loosening.
It is also possible to analyze settlement using the finite element method in the FEM program.
The Finite Element Method(FEM) is used to ascertain the stiffness and strength of all components and to define their dimensions.
Combine the advantages of the classical beam theory and the finite element method(FEM) with hybrid FEM modeling.
It is shown that the finite element method is an appropriate tool for computer aided process design of tool grinding.
Founded in 1985, CADFEM is currently regarded asone of the pioneers of numerical simulation based on the Finite Element Method FEM.
To date, rigorous so-called Maxwell solvers based on the finite element method(FEM) have not been included when working with X-rays.
Samuel Lenk for his diploma thesis"Dreidimensionale tunnelstatische Berechnungen mit der Finiten Elemente Methode""Threedimensional tunnel static calculations with the finite element method.
The finite element method is a numerical procedure for the approximate solution of, in particular, elliptical, partial differential equations with peripheral conditions.
When our company was founded in 1971,Wölfel was one of the pioneers in the finite element method in Germany.
The Finite Element Method(FEM) or the Finite Element Analysis(FEA) serves to determine the tensions, elongations or tem-peratures in prefabricated parts, components and products.
Computation of minimum energy paths for a chain of bi-stable elements using the finite element method and molecular dynamics.
The finite element method is a numerical method used to simulate the behaviour of stress, strain, frequencies, heat flow, electromagnetism and so on by creating a physical model.
On our page on waste technology we present the two tools,CFD Computational Fluid Dynamics and FEM, the Finite Element Method, in more detail.
In addition to analytical methods and classical hand calculation, we use the Finite Element Method(FEM) to describe the behaviour of a structure from early conceptual phases up to the final sizing.
Therefore, to solve the Darcy equation,numerical methods such as finite-difference approximation of differential operators and the finite element method are used.
To ensure superior load-carrying capabilities the forces acting on the components have been calculated using the Finite Element Method(FEM), allowing the MEYLE bushing to provide for the same dynamic driving properties as the OE hydro bushing.
There is the whole range of engineering, including the numerical simulation using the finite element method(FEM) for the fiber composite materials.
With the support of our engine calculation department,utilising the power of computational fluid dynamics(CFD) and the finite element method(FEM), marked improvements can be achieved.