The coalescence of grain boundaries during industrial deposition processes contributes to the";intrinsic"; value of this quantity in a thin film, which can be calculated by the substrate curvaturemethod using the Stoney equation.
The coalescence of grain boundaries during industrial deposition processes contributes to the";intrinsic"; value of this quantity in a thin film, which can be calculated by the substrate curvaturemethod using the Stoney equation. The value of this quantity in an isotropic material is considered in the Tresca criterion. By defining a plane whose normal vectors make equal angles with all three principal axes, one can define an ";octahedral"; value of this quantity which is proportional to its J2 invariant. This non-dimensionless quantity can be broken into a";hydrostatic"; component and a ";deviatoric"; component, both of which are represented by rank-2tensors whose diagonal elements are ";normal"; and whose off-diagonal elements are ";shear."; For10 points, name this quantity which, like pressure, has units of force per unit area and induces strain in a material.
The coalescence of grain boundaries during industrial deposition processes contributes to the";intrinsic"; value of this quantity in a thin film, which can be calculated by the substrate curvaturemethod using the Stoney equation.
stress [accept more specific answers like shear  stress, deviatoric stress or stress tensor]