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The experiments reported here were designed to establish whether, in studies where bones in one limb are loaded artificially, it is valid to assume that the (re)modelling in the contra-lateral bones is uninfluenced by such loading, thus allowing them to be used as non-loaded controls.
Such loading regulated smooth muscle α-actin, and reoriented actin fibers.
Previous research has focused on rectangular CFST members under such loading condition.
Material and structural response vary significantly under such loading as compared to static loading.
Such loading can cause local dynamic instability of the facings, i.e. large-amplitude small wavelength lateral vibrations.
In such loading scenarios, the structural designated loading capacity which is usually based on flexural deformation assumption is not fully developed.
Similar(19)
Such loads are pertinent to all-ceramic crown structures on tooth dentin in occlusal function.
But such load lifting platforms are very dangerous and might overturn since equipments' stiffness is low.
Recent developments however stimulated a number of analyses quantifying the potential effects of such loads.
and for this, the assessment of the effect of such loads results necessary.
Shafts can buckle under such loads, and the buckling load can, in turn, be influenced by an axial force.
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