The phrase "as a function of shear strain" is correct and usable in written English.
It is typically used in scientific or technical contexts to describe how one variable changes in relation to shear strain.
Example: "The material's strength varies as a function of shear strain, indicating its behavior under stress."
Alternatives: "in relation to shear strain" or "depending on shear strain".
Relationships for the shear damping ratio Ds (a function of shear quality factor Qs) and modulus decay curve Gseis/Gmax as a function of shear strain for mudrocks have been developed.
A decrease in the 'work of compaction' as a function of shear strain, and an increase in the recovered elastic work was observed, which suggested weaker particle-particle bonding as the shear strain increased.
By using microtremor and earthquake recordings we estimate the soil damping as a function of shear strain and observe that this is one order of magnitude larger than what is measured in the laboratory on small scale samples, at least at low-intermediate strain levels.
For each shear strain level, the Ryskewitch Duckworth equation was a good fit to the tensile strength as a function of tablet porosity, and the obtained asymptotic tensile strength at zero porosity exhibited a 60% reduction as a function of shear strain.
Depending on the code, they may be specified either through shear strength profile, or through degradation curves, describing the dependency of G/G max and damping as a function of shear strain for each layer.
For NT HL-60 cells, rolling flux is monotonic non-increasing as a function of shear stress, whereas for 96 h cells rolling flux is monotonic non-decreasing as a function of shear stress.
Figure 8 shows a change in viscosity and shear stress as a function of shear rate.
Consequently, a damage parameter as a function of the shear strain and two normal strains is proposed for evaluation of Case A fatigue damage under multiaxial loading conditions.
(b) Steady-state viscosity as obtained from the strain window where the stress is constant (see dashed lines in a) as a function of shear rate for the two concentrations.
