Sentence examples for analyses of the classical from inspiring English sources

We also give analyses of the classical local optimization heuristics for these two network design problems.

In addition, the theoretical analyses of the classical FE methods will certainly change with the variations of discretization methods of time derivative, whereas the theoretical analysis of the STCFE method holds for approximate subspaces with any degrees of time polynomials, so the theoretical analysis of the STCFE method is more convenient than those of the classical FE methods.

This allows us to apply results known from analyses of the classical model.

Numerical analyses of the classical physiological parameters were performed on the maximum PSII quantum yield F v/ F m = (F m - F 0)/ F m and on the effective PSII quantum yield ΦPSII = (F m' - F t)/ F m' using more than ten replicates per organ [ 2].

The process of grain formation during structural solid-state phase transformations has commonly been analysed in terms of the classical nucleation theory.

Propagation of concentration disturbances in the form of (bio chemical waves satisfying Fermat's principle of minimum time is analysed by methods of the classical variational calculus, Finsler geometry and optimal control theory.

To exemplify the importance of combining various immunophenotyping tools, such as multicolor flow cytometry and gene expression analyses, with the classical tools of histopathology and differential blood count, we provide data on the analysis of a mouse model of human chronic B-cell leukemia (B-CLL): the New Zealand Black mouse.

Second, in the spirit of simplified analyses, the classical limit analysis approach is extended to compute the limit load multiplier under the simultaneous influence of joint flexibility, material and geometric nonlinearities, and limited ductility.

The present investigation concerns with electron phonon scattering and theoretically analysed within the framework of the classical electron phonon model of resistivity, i.e. the Bloch Gruneisen (BG) model, as a dominating process for electrical resistivity.

Analyses of two classical cases demonstrate validity of the new formalism.

Westernblot analyses of proteins representing the classical and alternative pathways of NF-κB activation revealed that StpC cooperates with Ras and even more with PMA to upregulate the expression and nuclear localization of RelB and NF-κB2/p52; furthermore, StpC coimmunoprecipitated TRAF2, but not TRAF6, Ras or Raf.