Sentence examples for where realizable from inspiring English sources
The phrase "where realizable" is not correct and lacks clarity in written English.
It may be intended to refer to situations or conditions under which something can be realized or achieved, but it needs additional context to be meaningful. Example: "The project will be implemented in phases, where realizable goals are prioritized."
Furthermore, turbulence model had significant influences on the accuracy of numerical results, where Realizable k-ε and SST were the most accurate turbulence models, and standard k-ε and RNG k-ε models were the second accurate ones, but BSL was not recommended for wind resistance design.
CFD calculations reproduce within 5% the so-called heat transfer efficiency where the realizable k-ε turbulence model demonstrates to be the best.
Also, these examples show the difficulty to find an example where construction of a physically realizable least mean squares estimator is feasible.
Allowing for realizable and possibly suboptimum estimators where interpolation is not perfect, we present a semianalytical method which finds the best pilot allocation strategy for the particular estimator.
Recent works have remarked the necessity of a design strategy for those cases where the ideal feedforward controller is not realizable.
Once again, if P has more than one realizer, then P is multiply realizable.
The k ε realizable model is used as the turbulence model, where k is turbulent kinetic energy and ε is dissipation rate of k; and the flow fields near the wall surface are solved through scalable function.
The encoding rate r code = N U B will be used to obtain a realizable discrete rate of b p =rcode× log2M bits per symbol where p=1,…,P are the different discrete bit indices available.
Suppose that the following estimator is physically realizable dtilde{x}= A-KC tilde{x}= A-KC tilde{xth (dv,dv^{T}+K,dy+bdt),dvhere (F_{v}=I_{n_{v}times n_{v}}+ioperatorname{diag}_{frac{n_{v}}{2}}(J)), and with (n_{v}) positive even integer.
This state is problematic, in particular in microfluidic microsystems where the displacement of a drop with a hysteresis of 100° is not easily realizable.
Recently, a physics-based nonparametric approach for quantifying model-form uncertainty in RANS simulations has been proposed, where Reynolds stresses are projected to physically meaningful dimensions and perturbations are introduced only in the physically realizable limits (Xiao et al., 2016).
