Sentence examples for material parameters characterizing from inspiring English sources

Complex, frequency-dependent material parameters characterizing the viscoporoelasticity are derived.

The material parameters characterizing anisotropy have been determined from yield stresses taken from experimental results of other studies.

The material parameters characterizing anisotropy and difference in yield stresses have been used from experimental results of other studies.

The subject of the paper is an optimal choice of material parameters characterizing the core layer of sandwich plates within the framework of the conventional plate theory in which the core layer is treated as soft in the in-plane direction.

Furthermore, a number of robust, computationally efficient, algorithms are also presented for the development of an overall strategy to estimate the material parameters characterizing these complex models; i.e. rate-dependent plastic flow, non-linear kinematic hardening, thermal/static recovery, anisotropic viscoelastic and viscoplastic flow.

The uncertainty in the response (a fatigue life prediction) is modelled with the use of the fuzzy set approach and it is associated with pre-selected variations in material parameters characterizing the delamination initiation and material degradation of a laminate due to matrix cracking.

Meanwhile, an upper bound of the material parameter characterizing the long-range interactions is found.

Results of uniaxial and hydrostatic compression tests are summarized and evaluated to show how typical parameters characterizing material and process such as spatial arrangement, size and density of the foam elements influence the global properties.

The following parameters characterizing the materials were found necessary in materials creation and selection: hardness (preferably in scale comparable with impact), type of structure (preferably hardmetal type) and wear parameters characterizing material removal at plastic deformation.

First, the failure probability is very sensitive to the PDFs selected for S and R. Second, the influence of each random variable on reliability cannot be determined since the uncertain parameters characterizing geometry, material properties and loads are gathered in the Stress PDF.

Finally, we compare predictions of this theory to the experimentally measured cell and tissue shape changes and determine key biophysical parameters characterizing tissue material properties.