Sentence examples for linear considerations from inspiring English sources

From results carried out, it is found that the critical strain from the non-linear buckling for a locally elliptic delamination near the surface of a cylindrical laminated shell presents a lower value than that from linear considerations.

Despite the intrinsic limitations of the adopted simplified modeling, that basically relies upon linear elastic considerations, the a priori estimates for the size of both the cohesive zone and of the compressed region ahead of the crack front seem to be reliable especially for the thin DCB case.

The paper presents the main design considerations, linear and non-linear beam dynamics aspects of the new lattice proposed.

The spatial resolution was analyzed both from the Fourier Slice Theorem (FST) and from linear algebraic (LA) considerations, and two limits (the FST and LA limits) were obtained to predict the achievable spatial resolution in tomographic measurements.

The parameters of Equation 1 are defined as follow; P d is the expected baseline log transformed probe value for d = {Red, Green}, l is the number of nucleotides in the probe, i.e. its length, α0 is the mean baseline signal across the array, βj is the coefficient for the contribution of base j, for linear and quadratic considerations.

Geometrically linear analysis without consideration of the membrane effect demonstrated the same contact force and central deflection histories for convex and concave shells.

These were all designed as linear systems, without consideration of the cyclic character of most natural systems (De Gisi et al. 2014).

The authors note that assuming linearity is a reasonable approach, based on similar considerations underpinning linear nonthreshold dose response models for carcinogens, including the presence of background biologic processes, background exposures to other chemicals, and variability in human response (Clewell and Crump 2005; Crawford and Wilson 1996; Crump et al. 1976).

The methodology and results are relevant to a diversity of linear and areal landscape considerations along shorelines (property rights, planning, conservation, etc.).

Based on the hydrodynamics of thin channel flow cells (as established by steady state experiments) and simple dispersion theory considerations, a linear relationship between log Q and log U with a −2/3 slope has been derived in a general manner (irrespective to the type of dispersion) for amperometric detectors operated in the limiting current potential region.

The evaluation of the later quantity requires a pushover analysis to be performed on the discrete multistory building and cannot be assessed by considerations on linear systems.