A good correlation was found between the values obtained with the two methods.
In addition, the correlation coefficient between the values obtained by the 2 methods was 0.970 (p < 0.001).
For most series of tests the fracture energy was measured by the two methods, allowing a correlation between the values obtained by the two processes.
It is demonstrated that there is close agreement between the values obtained from the design formulae and their original analytical counterparts.
The results of the tests in the ambulance are such that there were no significant differences between the values obtained from the samples analysed during travel in the ambulance and those analysed in the laboratory.
Furthermore, the comparison between the values obtained from the theoretical analysis, BS7910 and current investigation is made on the fatigue crack growth rate, from which it is obvious that the results obtained by XFEM are reasonable and reliable.
The difference between the values obtained from the two methods is believed to be due to the presence of macroscopic order in the amorphous phase, which influences the value of the WAXS crystallinity.
The agreement between the values obtained using the hybrid functional and MP2 is quite good.
A close agreement between the values obtained by these three methods served as an additional quality control measure.
It can be observed that there are also only slight differences between the values obtained for both corpora.
There were no significant differences between the values obtained with 15O-water and 11C-acetate (p = 0.14).
