This paper proposes a novel optimization concept for an oscillator with two degrees of freedom.
However, the discussion of advantages and disadvantages of empiric and mechanistic modeling generates synergies of both methods and leads to a new optimization concept, which is promising with respect to an efficient employment of high throughput screening data.
Section 5. presents results of the application of the optimization concept to a real-life testbed network, and finally, conclusions are presented in Section 6.
In the past five years several authors have, basically, used Rayleigh's optimization concept to solve a variety of problems of elastic stability, vibrations, heat conduction, etc., and more recently, implemented it in finite element formulations.
Different approaches to optimization concept are identified.
The optimization concept used in this work can be extended to general stencil computing on a structured grid.
The proposed method in this study is selecting the components lumped in each pseudo-component using optimization concept.
We believe that such a number of obtained results and analyzed instances is enough to prove consistency of the proposed optimization concept.
Lord Rayleigh's optimization concept when solving integral equations by means of the Ritz method is used to determine the fundamental frequency coefficient of several vibrating systems.
