The phrase "from a structural viewpoint" is correct and can be used in written English.
It is typically used to discuss the way in which a sentence or piece of writing is constructed or organized. Example: "From a structural viewpoint, the first paragraph of the essay lacks a clear thesis statement and may confuse readers about the main argument."
These data suggest the following: The inner atoms, which are directly involved in catalytic reactions, are not always conserved from a structural viewpoint, although the structures of the outer atoms are more conserved than those of the inner atoms.
From a structural viewpoint, all multidomain BCL2 family proteins display a hydrophobic groove centered on the BH1 motif that serves as a receptor-site for binding BH3 motifs of ligand partners.
In case of running pipelines on supports above the ground, the engineer must often calculate the allowable pipe span between supports from a structural viewpoint.
The paper emphasises the problem areas of the Vasa warship primarily from a structural viewpoint, which is important for future decision-making relating to a new support system.
From a structural viewpoint, it is difficult to imagine how these splicing variants could correctly fold to give rise to soluble protein.
From a structural viewpoint, it has been shown that bapineuzumab captures A β in a monomeric helical conformation at the N-terminus [ 29].
From a pure structural viewpoint, of 1344 available structures (including X-ray structures and models, representing 34% of all Mtb ORFs), 82% correspond to HD pockets (DS > 0.7).
PTPs are, from a structural biology viewpoint, one of the most comprehensively covered protein families.
We also found that for loads with very large MRIs the common practice of disregarding direction effects is not necessarily conservative from a structural engineering viewpoint.
The general problem has not been treated previously in the technical literature and is quite important from a structural dynamics viewpoint since ideal boundary conditions frictionless pins or clamps of infinite rigidity cannot be met in realistic technological situations.
With a view to answering this question in a specific case, we present an exploratory experimental and numerical study of two paradigmatic fluid-elastic systems: (1) a single galloping square prism; and (2) a pair of elastically coupled galloping prisms which can exhibit apparently chaotic behavior of interest from a structural engineering viewpoint.
