Examples of using Simulation methods in English and their translations into German
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Developing simulation methods for thermal energy storages;
For this purpose,we use conventional calculation approaches as well as modern simulation methods.
For detailed information about simulation methods, see page 1-14.
They describe simulation methods, measurement techniques and materials test results.
Base your decision-making on the experience we have gained over decades,in conjunction with the latest measuring and simulation methods!
Numerical simulation methods are used to design and optimize new products and production processes.
Another project group of our division is developing computer-assisted simulation methods for visualizing cell growth and differentiation, e.g..
Applications of simulation methods to real combustion chambers of aircraft engines and stationary gas turbines.
As fiber-like structures are frequently encountered in nature and technology,suitable experimental techniques and simulation methods have a wide range of applications.
To achieve this, KSB uses computer-based simulation methods which provide detailed information on the flow patterns in a pump.
Simulation methods are used for development and efficiency enhancement of joining processes as well for desining and optimizing of structures and components.
SimScale enables any company profile to use these simulation methods for product development- regardless of their size and infrastructure.
Such simulation methods cannot be denied a technical effect merely on the ground that they do not yet incorporate the physical end product.
Step by step you will learn everything about the development of press tools, simulation methods such as deformation and postforming simulation and so gain all round technical expertise.
Numerical simulation methods have been proven in many industrial sectors as a valuable tool for product development and optimization.
The quality of the data obtained was very good,and the results are thus ideally suitable for validating the simulation methods developed as part of this and other research projects.
For years, existing simulation methods have provided increasingly reliable recommendations for exactly how the deformed surface should look.
Therefore, investigating the early stages of crack formation in 3-D models, and with different simulation methods for the individual length scales, promises particularly realistic results.
Thus computer-implemented simulation methods for virtual trials are a practical and practice-oriented part of the electrical engineer's toolkit.
The main focus is on practical projects and publications on topicssuch as innovation diffusion, instruments for the development of digital strategies and innovation management, as well as the application of simulation methods.
Development of suitable modeling and simulation methods to describe the behavior under combined loadings and of time dependent processes.
The Institute of Continuum Mechanics stands for the development of theoretical principals an solution processes which have the purpose to expand andimprove the modern usage of simulation methods.
New analysis and simulation methods, which have themselves only recently become available, were used to optimize each individual component.
The project opens up the producibility of new material variations as well as being aimed at the development of scalable processes and research-based,validated simulation methods. These are essential foundations for a reliable use of highly specific functional nanoparticle ensembles and their industrial application.
Using computer simulation methods, KSB gains detailed knowledge of the complex flow processes in pumps and valves- and uses this knowledge to improve design.
Planning skills include processes, methods, and tools for planning, simulation methods, sizing and choosing devices and components, drafting documents, applying standards, quality systems and life-cycle thinking.
Starting from the problem analysis, simulation methods(FEM- calculation with ANSYS) or structural analyses are used to professionally design and construct precision systems of the highest quality.
On the other hand, different simulation methods are integrated into a uniform simulation environment in order to describe effects in which different length and time scales can no longer be decoupled.
It hardly needs saying that we also employ 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).
There is a shift from traditional simulation methods, which use data mainly to calibrate parameters in models, to data-driven simulation methods which seek to bypass the use of models by extracting knowledge from large data sets.