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Travelling wave solutions are determined and analysed in detail over a wide range of system parameters.
In simulations, successful synchronisation is achieved under a wide range of system uncertainties.
Therefore, FPGA testing techniques are becoming increasingly important for a broader range of system applications.
Runs covering a wide range of system input parameters are made and sample results are presented.
A method is proposed for evaluating a range of System of Systems (SoS) meta-architecture alternatives.
Further numerical simulations on the analytical model identify the nonlinear resonant frequency backbone curves for a range of system parameters.
A flow interception efficiency is defined and calculated based on the flow permeation rate for a wide range of system parameters.
We examined the plasma pulse technology and concluded that it is possible to extend the range of system parameters appropriate for wetting enhancement.
An application to two types of Stockbridge dampers shows sufficient accuracy of the model and the identification procedure within some range of system and load parameters.
It is further shown that for a certain range of system parameters, a negative rejection (based on the feed concentration) is possible at steady state.
Finally, we investigate numerically targeted energy transfer efficiency in this system over a wide range of system parameters and verify the analytical predictions.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com