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Evaluating the thermal behavior of the designs based on stack temperature profiles alone would lead to inaccuracy as the initial temperatures and the stack thermal powers are different.
The improvements in motion behavior of the designs are due to the precise adaption of important system parameters such as added mass, damping by wave radiation, and exciting forces with respect to environmental conditions.
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Furthermore, the electrical behavior of the designed and manufactured GaAs sensors is explained.
The switching behavior of the design is validated using Pro/Mechanism™.
The sensitivity is evaluated by considering the behavior of the design when the parameters vary within a bounded region.
Furthermore, the created numerical calculation model provides the opportunity to theoretically describe the behavior of the designed system.
The dynamical behavior of the designed circuits is closely similar to the results simulated by numerical experiments.
The search is combined with available group contribution methods to predict the thermodynamic and environmental behavior of the designed materials.
A more abstract model will describe the overall behavior of the design, but may leave some internal details out.
However this approach has a few drawbacks: The behavior of the designed system is not tuned to a particular user but to all users and to a set of probable environments.
We study the asymptotic behavior of the design when the ordinary least square estimators are used as a measure of performance until stage n−1.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com