Sentence examples for motivated the evolution of from inspiring English sources

The necessity of improving the assessment of the expected economic losses by the earthquake actions has motivated the evolution of several proposals, aimed at evaluating the bridge seismic demands under different seismic scenarios.

These attributes are consistent with the inability of these proteins to adopt a globular conformation and have motivated the evolution of several algorithms designed to predict disordered regions in proteins [ 34, 36– 40].

The increasingly important role of Internet-based, "cloud" service delivery is motivating the evolution of the Internet to a flatter hierarchy of more densely interconnecting networks that shall cost-effectively scale to Zettabytes of bandwidth with improved operational efficiency, under increased traffic variability, and forecast unpredictability.

The study of crystal defects and the complex processes underlying their formation and time evolution has motivated the development of the program ALINE for interactive molecular dynamics experiments.

These self-backhauling benefits have motivated the development of the relaying concept introduced in Long Term Evolution (LTE -Advanced.

The presence of plastic strain gradients is motivated by the evolution of dislocation density tensor that results from non-vanishing net Burgers vector and, hence, incorporating additional kinematic hardening (anisotropy) effects through lattice incompatibility.

Since TFBS variations are due to difference in consensus sequences and nucleotide substitutions can promote diversification of regulatory elements [ 35, 36], these interesting findings motivated us to estimate the evolution of TFBSs by position-specific evolution rates [ 37].

During the evolution process, IJV performance becomes a motivating force to stimulate the evolution of the control design.

It is widely accepted that the wall shear stress exerted by the flowing blood on the endothelial cells lining the arteries plays a pivotal role in the development of aneurysms, motivating computational frameworks coupling the evolution of a cerebral aneurysm to the hemodynamic stimuli acting on the endothelial cells (Watton et al. 2009).

The experimental verification of these hypothesis overcomes the scope of the present paper, but could motivate a further investigation into the evolution of Ge composition and strain state of islands grown by surface thermal diffusion on a pit-patterned surface, possibly addressed in future by Micro-Raman Spectroscopy and Transmission Electron Microscopy.

The model was motivated by our recent data on the evolution of mechanical properties and microstructural composition over 24 weeks in a mouse inferior vena cava interposition graft.