Sentence examples for network mechanical from inspiring English sources

The cohesive energy density is a better tool for relative prediction of network mechanical properties.

To understand the effect of the stress-related site-specific phosphorylation of the K8 K18 pair, we created phosphomimicry mutants – K8(S431E), K8(S73E), K18(S52E) – in vitro, and investigated the various steps of keratin assembly from monomer to network structure using fluorescence and electron microscopy, and using rheology characterized their network mechanical properties.

In addition to the network mechanical properties there are several other differences between fibrinogen-coated polyacrylamide and fibrin gels: ligand conformation, ligand density, ligand orientation and individual polymer mechanical properties.

We show here that neither depolymerization enhancement by ADF/cofilin, nor enhanced or reduced filament capping, nor limited diffusion suffice to shorten networks to dimensions of the cell while at the same time maintaining physiological growth speeds and network mechanical integrity.

Network ideality calculations, network mechanical properties postpatterning, photoinitiator consumption, and NMR and MALDI-TOF characterization (PDF).

Additionally, network mechanical properties in the form of swelling ratios and moduli remain unchanged throughout the patterning process (see the Supporting Information, Figure S1).

The objective of this study is to evaluate the effect of adding methyl methacrylate on networks' mechanical properties under simulated physiological conditions.

Despite increased implementation of computer control systems in managing and regulating rail networks, mechanical signal boxes using lever operation will be in place for years to come.

§II shows discussions on multifield coupled mechanical phenomena, e.g., multi-fields actuations of liquid crystal polymer networks, mechanical behavior of materials under radiations, and micromechanics of heterogeneous materials.

To unravel the relative importance of these mechanisms, a range of experimental tools have been developed to quantify the network's mechanical non-linearity in systematic ways and relate the material micro-structure (network density and morphology, fiber behavior) to the mesoscopic stress-strain laws.

In this paper, the synchronization acquisition algorithm of multi-hop network for mechanical vibration monitoring is focused.