The absorption energy and mean collapse force of square tubes was increased by 15 20% in using the controller and energy absorbing capability of the specimen was slightly changed by change of the high controller's height.
Small specimens were documented using the UV-fluorescence composite imaging method [ 25] (wavelength ca. 358 nm) or, depending on the autofluorescence capabilities of the specimens, with orange-green fluorescence (wavelength ca. 546 nm) [ 17].
Results indicate that repaired specimens having external patches with outer layer of aluminium and inner layer of glass fiber exhibited better impact properties and damage tolerance capability than that of the specimens conventionally repaired using homogeneous glass patches.
Our results show the optical sectioning capability of tissue specimens while mostly preserving image stack photon count, which is usually not achievable with other existing structured light imaging methods.
The four-piece trigger retained energy absorption capability of specimens similar to the non-triggered ones, while both the reduction of peak load and increase in crash efficiency of these were observed to be significant.
In the content range of this study, the chloride binding capability of coal gangue specimens increased at first and then decreased with the increase of the molar ratios of Ca/Si and Si/Al.
Effects of different parameters such as specimen wall semi-apical angle, die semi-apical angle, number, and length of initial slits were studied on the energy absorption capability of specimens.
We also performed different approaches on each side of the specimens to evaluate the manipulation capabilities, visualization, and surgical exposure of the models and discuss their potential role in cerebrovascular research and education.
Finally, a multiscale simulation is performed on a three bending specimen showing the capability of the developed constitutive equations to be implemented in a finite element FE code.
Energy absorption capability of specimens is monotonically increasing and decreasing with the increase of impulse level and core relative density, respectively.
