For the present tested structures, the composite panels showed the best load-weight ratio.
And the 3-P Weibull is a better modeling for the present test data.
Reynolds number independence for the present test configuration is also observed.
For the present test series, a single pre-buckle is induced by a radial perturbation load, before the axial displacement controlled loading starts.
The increased Reynolds number for the present test series is believed to play a significant part in the greatly improved agreement obtained.
Table 3 compares the error norms for the present test case with the FU and IS schemes, showing that the convergence order of the both of the schemes are almost one.
It is found that for the present test conditions, the microgravity opposed flow smolder reaction temperatures, propagation velocities, toxic compound production and reaction extent lie between those of normal-gravity upward and downward tests.
Relative to the smooth-walled pipe flow conditions, HTE ratios for the present test channel with forward and backward flows, respectively, reach 9.5 13.6 and 9 12.3 for laminar flows and 6.8 6.3 and 5.7 4.3 for turbulent flows.
The analysis shows that the TRM can closely meet fusion-typical He and dpa production rates in Be, while the T-production is somewhat above fusion conditions for the present test module design.
The FDF data from the LES for the present test case was then imported into the OSCILOS geometry network and limit cycle oscillations of frequency 342 Hz and normalised velocity amplitude of 0.26 were predicted.
