Sentence examples for mechanical constraints imposed from inspiring English sources

This is attributed to mechanical constraints imposed by the elastomeric HNBR matrix that dominate Coulombic interactions.

The bilayers either expel lipid protrusions or spread laterally as a result of the ensuing changes in their lipid density, the mechanical constraints imposed on them, and the properties of cyclodextrin used as a cholesterol donor.

This latter point is critical since the spatial organization of cells and the mechanical constraints imposed on them as they grow actively regulate tissue development as well as tissue and organ function throughout adult life.

Such movements should certainly require the release of mechanical constraints imposed by elements of the nucleoskeleton, a quite poorly understood assembly of proteins, formerly referred to as the "nuclear matrix" (Simon and Wilson 2011).

Attention is given to: the role of phase changes in the bond coat; the influence of the mechanical constraint imposed by the top coat on the mechanical stability of the bond coat interface; the effect of the growth of the TGO on a non-planar interface on stress development; the importance of localised Al depletion in nucleating a fast-growing non-protective TGO.

Compared to that fabricated over a square cavity (e.g., Figure 3), our simulation model ignores the mechanical constraint imposed by another two sides of the cavity to the Au/PC bilayer.

Wärtsilä's RT-flex system, offered as an option for most models in the RTA program, resulted from a project originated by Sulzer in the 1980s to develop an electronically controlled low-speed engine without the constraints imposed by mechanical drive of the fuel injection pumps and exhaust valve actuation.

The goal function of the system is then taken to be this cost function subject to the constraints imposed by the mechanical equilibrium of the vessel wall.

This fundamental target incorporates several other advantages, such as: reduction of process variability, quality improvement in the finished product and the possibility to focus the design of mechanical devices on functional features, eliminating technical constraints imposed by the process.

Because multiple morphological solutions exist for any function (i.e., value of KT), MTOM may buffer those constraints, imposed by directional selection, on the extent of mechanical diversity produced by hybridization.

Mechanical properties of the construct immersed in water are shown to be determined, in large extent, by the water mobility constraints imposed by the gel filling the pores.