Sentence examples for idealized backbone from inspiring English sources

Open image in new window Fig. 17 Definition of drift ratios in idealized backbone curve.

Assume there is an idealized backbone connecting all the BSs and the soft information (mathbf {Lambda }^{i}_{k})s are exchanged among BSs in a turbo fashion.

Unlike structural elements that have bonded reinforcement, the pseudo yielding point in the idealized backbone curve corresponds to the point where significant nonlinearity occurs (Hassanli et al. 2016b).

The idealized backbone curves were used to develop a set of empirical equations that were able to reproduce the bilinearized backbone curve of a given pier.

First, the idealized backbone was defined with geometric parameters representing our target fold: a central eight parallel-stranded β-sheet surrounded by eight parallel α-helices, connected together with short structural turns on both sides of the barrel.

Interestingly, the idealized backbone structures have significantly more 27 ribbons.

First, we solve the protein structure idealization problem by idealizing the backbone structure and then idealizing the side-chain structure.

The result shows that most distances between the idealized and the target backbone structures are small with mean 0.53Å and STDEV 0.08Å.

When idealizing the protein backbone structure, we set the search space radius of an atom as r=1.6Å and the discrete grid size as ε= r/5.

Furthermore, the obtained backbone curves are idealized and the drift limits usually considered in seismic design are specified.

This is shown by checking the free energy differences between the idealized and the target protein backbone structures in Figure 6.