Vigorous evaporation is seen in Figure 2-Ib which results in an uneven meniscus interface.
The stress shielding effects of the PFNA device made of stiff titanium alloy on the bone-remodeling behavior of the host femur and the uneven distribution of interface shear stress may contribute to this complication.
Under a higher magnetic field, the field causes the cells to break and makes the liquid solid interface uneven; these effects are attributed to the magnetic force and the TE torque.
Results show that due to the uneven contraction of the interface the surfactant accumulates on the liquid meniscus bridge joining the drops.
In the opaque hybrid materials, silica particles of micrometre range were found to be incorporated uniformly, although the interface was uneven.
Furthermore, this interface is uneven: it is shifted towards the Pt layer at the positions of the amorphous silicon.
The plate-screw rigid interface causes uneven stress distribution, whereby stress risers cause bone fracture at the end screw[ 6] and stress shielding under the plate can lead to bone resorption[ 2].
The increased network usage at the chip interface may create an uneven traffic load in the on-chip network.
But the non-zero curvature of the interface will result in uneven gradients of the level set function which induces extra numerical error.
The autogeneic osteochondral transplants (n = 2) stayed in place, showed a slightly uneven surface and the graft-host interface was still visible.
