Sentence examples for stress partitioning from inspiring English sources

This distribution in roughness length within an area, defines a distribution of a resolved shear stress partitioning model based on these measurements, ultimately providing potential closure to a previously uncorrelated model parameter.

Thus, the enhanced stability of RA inside BF compared to PF is more strongly related to the elevated carbon content of RA inside BF rather than stress partitioning differences for RA adjacent to BF or PF.

Hierarchical stress partitioning behavior among grains in the elasto-plastic region of a polycrystalline material was studied by a combined technique of in situ/ex situ electron backscattering diffraction based on local strain measurements (the EBSD-Wilkinson method) and neutron diffraction measurements during tensile deformation.

The mechanical response of multiphase alloys is governed by the microscopic strain and stress partitioning behavior among microstructural constituents.

A new stress partitioning approach has been developed to estimate retained stress levels and results compare favourably with FE analysis and available experimental data.

The results indicate that the stress partitioning, mainly occurring in elastic and elastoplastic regions, is activated by the "stress feedback mechanism".

The dynamics of the locally accelerated evolution of a mesquite/coppice dune landscape and the undetermined spatial dependence of potential erosion by wind from a shear stress partition model were investigated.

Although shear stress partition models exist that can describe this, their accuracy has only been tested against a limited dataset because instrumentation has previously been unable to provide the necessary measurements.

The stress partitions among multiple phases for two cold-rolled transformation-induced-plasticity (TRIP -assisted C–Mn–Al–Si sTRIP -assistedfferent C Mn Al Sitent levelsteels.1% and 0.2% (mass fractions), with investigatedifferentn situ high-energy X-ray diffracarbonat ambient and low temperatures (−40 °contentr uniaxialevelsile lofding.

The movement of this fault functions as a stress partition due to oblique subduction of the Philippine Sea Plate (Lallemand et al. 1999).

Estimation of the flow rate could be important to understand the evolution of the fault zone material, and the time and shear stress, thus, could help to quantify the process to understand the earthquake energy budget, or stress partition in a fault system.