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. This can explain why rock strength (defined as the peak loading stress at failure) is usually lower under tension than under compression . The basic reason is associated with Mode-I stress intensity factor KI ...
in a pronounced intertail asymmetry which cannot be made consistent with an unperturbed stream according to a suite of simulations we have produced. We conjecture that the sharp peaks around Pal 5 are epicyclic ...
, this question remains of intense interest for oil-spill response. Studies, however, report contrasting effects of dispersants on bacterial growth and biodegradation. Microcosm experiments replicating surface ...
in the literature have revealed that axonal fibers can be either under tension or compression , but the effect of axonal fibers on the formation of consistent gyral hinges remains unanswered (Holland et al. 2015 ...
of the medial arm is thinner than other body parts and therefore prone to early wrinkling . The subcutaneous layer is divided into superficial (alveolar) and deep (lamellar) layers, and the deeper layer is more ...
that rely on vertical force measurements, it is the vertical projection of surface reaction forces that align with the axis of the indenter tip that is effectively measured (Routier-Kierzkowska and Smith ...
the anteroposterior axis and function in mechanosensation [16, 26, 34]. In our model the tension is also oriented along the anteroposterior axis, because of the imposed boundary conditions and asymmetry associated ...
and the stabilizing role of the membrane–cortex linker molecule Ezrin. Based on this information, we develop and analyse a coupled bulk- surface model describing a potential cellular mechanism by which a bleb could ...
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