The comparisons of obtained moduli from the two methods show an excellent consistency of the results.
Results obtained using the two methods show an excellent agreement with experimental data in similar structures of the same dimensions.
The solutions obtained by the proposed methods show an excellent agreement with the one obtained by Mathematica NDSolve tool if we choose ε to be small (see Figure2).
As the trends of first two methods show an inversion of the direction between non aged cellulose samples and artificially aged samples, while the third method does not, an in-depth study was carried out using a multilinearity assumption.
It can be seen that, as the window width increases, the SVs of the four methods show an increasing trend, which may result from too little fault-related information in each segment when the window width is small.
All other benchmarked queuing methods show an overall delay of approximately a factor of 4. It was also discovered that in the presence of errors the benchmark results of CMQ still show a narrow standard deviation.
