The phrase "structural scale" is grammatically correct and can be used in written English.
It refers to the size or scope of a structure or building, such as the height, width, and overall proportions. Example: The engineer carefully considered the structural scale of the skyscraper before beginning the construction process.
At the structural scale, origami-inspired structures offer particular advantages for rapidly deployable shelters since (1) in the deployed form, the folded panels offer enhanced structural performance and (2) these folds enable the structure to be packaged small.
In this work we consider three representative continuous coarsening processes, namely subgrain growth in deformed subgrain structures, triple junction motion in deformed lamellar structures, and grain growth in deformed nanocrystalline structures, spanning a large range in structural scale and driving force.
His choice of delicate detail on massive construction as a means of reconciling modern structural scale to the human scale of the viewer is often more disturbing than reassuring".
The approach uses deliberately coarse modelling so that structural scale problems may be tackled.
Moreover, they served as the reference basis for model validation at both the material and the structural scale.
Hence, predicting the mechanical behaviour of 3D composites requires an accurate representation of the yarn architecture within structural scale models.
Different structural scales capture different aspects of the DNA structure, and this could partly explain any variation in performance.
Because of the wide range of competitive constellations on the Nelder plots the structural scaling of the trees showed also a wide intra-specific variation (Fig. 7).
Numerical examples show that the formulation derived is able to solve a wide range of structural scales, including real life engineering applications.
We found an intra-specific correlation between the structural scaling exponents which does not keep α cv,v constant at 3/4 but stabilizes it in a quite narrow corridor around 3/4.
Positron Annihilation Lifetime Spectroscopy (PALS) was used to determine changes to free volumes at the nano scale in the films and SEM was used to ascertain the chromate distribution and structural scales at the micron level and above.
