Examples of using Nonlinear in English and their translations into German
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Nonlinear editing and professionals.
The graph, however, is highly nonlinear.
Linear and nonlinear static behavior.
Contact closure or analog output nonlinear.
Nonlinear stability analysis of tunnel constructions.
People also translate
Estimate parameters of nonlinear models.
Nonlinear analysis with step by step results.
Results found in SIN COS Potentiometer- nonlinear.
Fityk-- General-purpose nonlinear curve fitting and data analysis.
Nonlinear contact, thermal analysis, fatigue analysis, dynamic analysis.
Various types of calculations: linear, nonlinear and dynamic;
It is sort of a nonlinear principle that can lead to all kinds of things.
Figure 3: Commercial emulsion under nonlinear oscillatory shear LAOS.
Damping is an essential aspect in structural dynamics, and it is often nonlinear.
Virtual experiments with dynamic, nonlinear behavior of entire systems.
We are nowready to design a PID controller for the higher-fidelity nonlinear model.
Frank Allgöwer is a specialist in nonlinear system and control theory.
Is similarly nonlinear and subject to hysteresis as are the electromechanical curves fig.
The RF-MAT NL add-on module allows the application of nonlinear material laws in RFEM.
Steering has several nonlinear effects... saturation, dead-zone, rate-limiting.
Inflation dynamics inflation expectations trend inflation nonlinear state space model euro area.
Further developing nonlinear and mobile TV services is a particular priority.
Inflation dynamics inflation expectations trend inflation nonlinear state space model euro area.
You can define the nonlinear elastic properties of the isotropic material in a dialog box.
Make methods of laser-based nonlinear spectroscopy comprehensible.
The Nonlinear Structural Materials Module and the Geomechanics Module extend the capabilities of the Structural Mechanics Module with a wide range of nonlinear material models.
In general, little is known about nonlinear second order differential equations.
This results in a fragmented and nonlinear perception of our existence and urban environment.
Within LAHACODE, Schratz develops innovative numerical methods for nonlinear partial differential equations describing complex phenomena in nature and engineering.
Especially, the particular structure of the huge scale finite dimensional nonlinear programming problems and the interplay between optimality conditions and discretization schemes shall be exploited.