Sentence examples for most engineering purposes from inspiring English sources

Among the approximate solutions quoted, quite a few empirical formulations are adequate for most engineering purposes.

This model is simpler and needs less computational effort than some other models, but is still accurate enough for most engineering purposes.

It was found that the Timoshenko Engesser theory gives estimates of the transverse shear moduli that are within an accuracy well applicable for most engineering purposes.

The prevalent use of DNA copy numbers (Cheng et al. [2011]; Chon et al. [2011]) or cell numbers (Coskuner et al. [2005]), rather than actual biomass, renders these results inconvenient for most engineering purposes.

So, among the test methods included in this study, the impact strength test is the most reproducible test; but the variability of test results for the other test methods is within acceptable limits for most engineering purposes.

The differences between model predicted and experiment measured results are acceptable for most engineering purpose, and the thermal performance analysis were conducted by the model.

Among the approximations treated, three are most accurate for engineering purposes, and one of them is proposed, for its simplicity, as appropriate for most occurring practical situations.

The finite element method is the most popular method for engineering purposes.

The normal concrete with low to medium strength is still the most common concrete for engineering purposes.

For genome engineering purposes, the most commonly used Cas9, SpCas9, comes from Streptococcus pyogenes [ 23].

Proposal soil characteristics represent the most important physical-mechanical parameters for foundation engineering purposes.