Examples of using Element method in English and their translations into German
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Describe the basic concepts of the finite element method.
Analysis by the"finite element method" of compressor parts and pulsation studies.
Dynamic calculation with the finite element method.
Finite Element Methods(FEM) and Computational Fluid Dynamics(CFD) are used for engineering and design of new powerful shapes, machines and constructions.
Simulation of motion induction by exploiting the finite element method.
People also translate
The amounts of settlement and consolidation periods resulting from the calculations(finite element method) served as basis for the foundation design and the planning of the construction sequences.
General notes are given for application of numerical analyses finite element method.
The compact designis based on the careful combination of FEM(Finite Element Method) calculations and patented single-piston technology.
Program system for mechanical structural analysis and optimisation aid based on the Boundary Element Method.
Trials on the test rig developed in the project andcalculations using the FEM(Finite Element Method) revealed that deformation remains within permitted tolerances even at twice the operating pressure.
We calculate complex support structures and complicated construction areas with the so-called Finite Element Method FEM.
In all these areas, strong expertise is available in advanced finite element modelling,eXtended Finite Element Method(XFEM), parallel computing(HPC cluster), multiphysics simulations coupling with air, water, ultrasound.
SCAD- computer system for the strength analysis of structures by finite element method.
It hardly needs saying that we alsoemploy computer-aided simulation methods like FEM(Finite Element Method) in order to calculate the strength of mechanical bodies, for instance(with the 3D CAD data similarly providing the basis).
Constructed in accordance with strictly sterile design characteristics, with O-ring seals designed using FEM(Finite Element Method) calculations.
Luca Benvenuti(CADFEM GmbH, Grafing near Munich) explained in the paper"Discrete element method- simulation and validation for a high-pressure roller mill" that this method can be used to evaluate the effectiveness of a comminution process.
These are the results of a calculation with the extended finite element method(XFEM).© TÜV Nord.
While the discrete element method predicts position and orientation in space and time for each particle,the extended discrete element method additionally estimates properties such as internal temperature and/or species distribution or mechanical impact with structures.
With the optimized BAMTEC® design,based on static calculation and a FEM software(Finite Element Method) it is possible to save 20-40% steel.
FEM- Finite Element Method- is a modern method which is used by STC for the mechanical design of equipment with regard to stress and vibration behaviour, as well as for resonance problems by means of complex modal analysis, if analytic methods are not precise enough.
Theoretical and applied mechanics, structural analysis, and dynamics of aerospace structures, biomechanics,basic research in finite element methods and environmental mechanics.
And early 1960s by Rahman may beregarded as a first step toward the extended discrete element method, although the forces due to collisions between particles were replaced by energy potentials e.
For this purpose, the geometry of the basic body was re-adapted to meetthe relevant requirements using design of experiments(DoE) and finite element methods FEM.
Many lectures are based on the fundamentals of tensor calculus, such as fluid mechanics, continuum mechanics, finite element method in the consideration of nonlinear material behavior and also the description of geometry.
Thermal expansion due to elevated temperature, stress and fatigue analyses can be carried out and, if necessary, enhanced by in-depth analyses,for example using FEM Finite Element Method.
The extended discrete element method(XDEM) is a numerical technique that extends the dynamics of granular material or particles as described through the classical discrete element method(DEM)(Cundall and Allen) by additional properties such as the thermodynamic state, stress/strain or electro-magnetic field for each particle.
In order to optimize such processes using computer simulations, two distinct computational approaches need to be merged:DEM(Discrete Element Method) and CFD Computational Fluid Dynamics.
Field calculations We use numerical 2 and 3-dimensional procedures(finite element method, linear and non-linear, static) to calculate magnetic fields and optimize their configuration. MFOS(magnetic flow orientation simulation) Using this procedure which we developed in-house, it is possible to transfer the data from field calculations for injection molding tools directly to the field calculations for injection molded magnets.
Professor at the University of Michigan(Ann Arbor, USA), thereafter Professor at Erlangen and Saarbrücken, in Heidelberg since 1988- field of interest"Numerics of Partial Differential Equations",especially the"Finite Element Method" and its applications in the Natural Sciences and Engeneering; more than 160 scientific publications.
The structure analysis with Advance Design by finite elements method concerned.