The phrase "are expected to be valid" is correct and usable in written English.
It can be used when discussing assumptions or predictions about the validity of something, often in formal or academic contexts.
Example: "The results of the experiment are expected to be valid based on the established methodology."
Alternatives: "are anticipated to be valid" or "are presumed to be valid."
Objective information such as age, sex and ABO and Rh group are expected to be valid as they are subject to internal validation.
A discussion is presented on the conditions under which the rating and design dimensionless equations, typical of heat exchanger idealised flow configurations, are expected to be valid.
The resulting scaling relations are expected to be valid for the systems with spherical particles or non-spherical particles having low aspect ratio in geometry.
After introducing a pair of differential equations that are expected to be valid for the optimized design, the grid thickness is optimized by solving the boundary value problem of coupled differential equations.
The ply cracking models that have been assessed in the paper, for cases where they are expected to be valid, have been shown to lead to good predictions of laminate stress/strain behaviour that is consistent with data provided for the Failure Exercise.
However, the results are expected to be valid in isolated brain tissue slices as well because both Glu and t-PDC were found to be equally potent inhibitors of GABA uptake in rat hippocampal NPMVs and in freshly isolated (acute) rat hippocampal slices (Figure 1C, D).
Predictions of the tip radius are in good agreement with experimental measurements for conditions where the asymptotic theory is expected to be valid.
The equation is expected to be valid in the composition range, Na3AlF6 with (0 26) mol% CaF2, (0 35) mol% MgF2 and (0 saturation) mol% Al2O3.
The limits of the parameters within which a simple theory of the exponential dependence can be expected to be valid are discussed, and found to be compatible with experiments.
Therefore, our TBDE approach is expected to be valid and as a practical and efficient alternative to TB-π for studying carrier transport involving arbitrary self-consistent electrostatic potentials for device simulations [22, 23].
