In this study we confirmed that younger age and lower baseline TJC28 were predictors for both DAS28 and Boolean remission status compared with nonremission, which is consistent with previous findings that gave impact for these predictors in DAS28 remission [ 26].
This process, referred to as bootstrapping, has been successfully demonstrated through the design of 'optimized' Whipple shields for given impact conditions, hypervelocity impact testing of the designed shields, and re-training of the critic net to incorporate the results of the new impact tests.
For a given impact angle, range of the achievable impact times can be obtained via optimization.
Furthermore, the diagram can be used to select adequate simple models for a given impact situation.
Both mechanisms seem to reduce the extension of damages, in particular, the subsequent delamination for a given impact energy.
For a given impact event, it is shown that the non-dimensional parameters can be obtained by analytical, computational or experimental methods.
The shape of the normally striking impactor that attains the maximum depth of penetration into a concrete or a limestone semi-infinite target for a given impact velocity is found.
In addition, basalt tubes with higher winding angles absorb less energy than the tubes with smaller winding angles for any given impact energy: this may be also the effect of them being slightly thinner.
In this study, quadratic response surface models (RSMs) based on a full factorial statistical design were developed to predict the maximum permanent deflection, absorbed energy, and maximum force calculated for a given impact event.
For a given impact velocity, mean out-of-plane dynamic plateau stresses are related to the ratios between cell wall thickness and edge length and to edge length ratios by power laws.
