The phrase "mechanical viewpoint" is grammatically correct and can be used in written English.
It refers to a perspective or way of thinking that is focused on the technical or mechanical aspects of a situation or problem. Example: In order to fully understand the functioning of a car engine, one must consider both the mechanical viewpoint and the chemical reactions taking place within the engine.
The biggest problem, from a mechanical viewpoint, is usually the aftereffects of a soda spilling into a car's center console.
A common notation is sought, giving and developing criteria for describing the diverse problems from a common structural mechanical viewpoint.
If it is true that for most cellulases no increased enzyme binding occurs within dislocations, then perhaps the segmentation phenomenon is better understood from a mechanical viewpoint.
Shear fatigue of reinforced concrete beams without stirrups is a complex process from the mechanical viewpoint that has not been fully understood yet.
Therefore, from mechanical viewpoint on designing an electrode, the material for current collector should be as soft and flexible as possible.
Aluminide-coated Ni-based superalloys are prone to microstructural instabilities during long-term exposure at high temperature with the growth of a secondary reaction zone (SRZ) detrimental from a mechanical viewpoint.
We review important recent advances in the fundamental understanding of glasses that have resulted from two complementary statistical mechanical viewpoints: the energy landscape formalism and statistical geometry.
The scaffolds, prepared by polymeric sponge replication, are joined to alumina substrates by a dense glass-ceramic coating (interlayer) and the so-obtained 3-layer constructs are investigated from micro-structural, morphological and mechanical viewpoints.
Foam-like glass-ceramic scaffolds based on three different glass compositions (45S5 Bioglass and two other experimental formulations, CEL2 and SCNA) were produced by sponge replication and characterized from morphological, architectural and mechanical viewpoints.
This paper revisits the problem of sudden packing transition from a micro-physico-mechanical viewpoint (i.e. collapse imetan terms of structure-based effective stress).
The deformation characteristics of idealized granular materials have been studied from the micro-mechanical viewpoint, using Bagi's three-dimensional micro-mechanical formulation for the strain tensor [Bagi, K., 1996. Mechanics of Materials 22, 165 177].
