Cycle time gains fundamentals

Fig. 7. Power spectrum density. The measured time series comprise several fundamental frequencies. Since frequencies have low-order (< 0.03 Hz) noise effect can be neglected. Note that if the values reference outlet substrate and the control gains decrease (experiment E.ld), then the number of fundamental frequencies in PSD decreases. This leads us to belief that there is a suitable values such that system displays hmit cycle. However, this behavior was not experimentally found.

System safety tools and techniques currently used primarily in the aerospace, weapons, and nuclear industries offer great potential for meeting these challenges. The systematic application of system safety fundamentals early in the life cycle to produce first time safe products and services can provide significant, cost-effective gains in the safety effort in transportation, manufacturing, construction, utilities, facilities, and many other areas. 

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