Sentence examples for material properties described from inspiring English sources
The comparison of methods uses the values derived by the calculations based on the material properties described in Module #1.
The effect of uncertain material properties described by homogeneous stochastic fields (Young's modulus, tensile strength, fracture energy) on the variability of the load displacement curves is examined.
An inverse finite-element analysis of the indentation protocol using axisymmetric models adjusted to reflect individual heel thickness was used to extract nonlinear material properties describing the hyperelastic behavior of each heel.
From Eq. 3, it is clear that for a given material (i.e. a given αshape parameter) and a given size (D), the size effect on materials properties described by a Fermi Dirac statistic ("fermionic properties") is stronger than the size effect on materials properties described by a Bose Einstein one ("bosonic properties").
In Maxwell's theory, material properties are described using global permeabilities and susceptibilities valid for macroscopic dimensions.
The spatial variability of material properties is described and analysed statistically.
In this model approach the whole mass transfer process, governed by humidifier design and separator material properties, is described based on a single characteristic value, the effective mass transfer coefficient.
A summarization of the material properties is described in Table 1.
Cohesion and angle of internal friction are essential material properties in describing the strength of any soil material, and any variation in their value in same material is mostly due to amount of water in material [60].
In conjunction with the earlier work, these results demonstrate the use of cohesive-zone approaches for the design of adhesively bonded composite joints, and indicate approaches for determining the relevant material properties to describe mixed-mode fracture.
These methods provide bulk material properties that describe fiber alignment, concentration, anisotropy but do not quantify the dynamic changes in collagen microstructure and organization with time.
