Sentence examples for macroscopic level and from inspiring English sources

The most important advantages are hindrance of macrocracks' development, delay in microcracks' propagation to macroscopic level and the improved ductility after microcracks' formation.

This, significant inertia effects are taking place at the macroscopic level and sometimes also at the level of microscopic deformations mechanisms.

MDF mat was assumed as a porous and homogeneous material at macroscopic level and a dielectric mixture at microscopic level (volume of control).

The main difference between the two mechanisms is that restoring forces are mainly generated on a molecular level within the myocardium, whereas hydraulic forces are generated on the macroscopic level and are a consequence of the diastolic blood chamber pressure acting upon the anatomic surfaces of the heart.

The finite element calculation is performed at macroscopic level and trained neural networks are employed as numerical devices for substituting the finite element computation needed for the mesoscale prediction.

In particular, we will address the mechanisms of self-configuration and self-replication on a macroscopic level and will discuss some general issues related to genuine hardware realizations on the microscopic level.

It requires careful attention to algorithmic development, data structures, storage, and manipulation, efficient software engineering, and machine learning; but it also drives towards a deeper understanding of the causes and cures of disease, the organization of life at both micro- and macroscopic levels, and the molecular systems governing every living organism.

In this paper, the evolution of deformation bands are discussed in terms of plastic localization at microscopic and macroscopic levels and correlated with the non-Schmid effect and strain hardening rate in single crystal superalloys.

Self-healing behavior of the hydrogels was investigated at microscopic and macroscopic levels, and the hydrogels showed rapid self-healing performance without any external stimulus owing to the dynamic covalent Schiff-base linkage between amine groups from CEC and benzaldehyde groups from PEGDA.

Characters used in this process can take many forms, including skeletal features, aspects of soft tissue anatomy at both the microscopic and macroscopic levels, and DNA sequences.

We noted a good correlation between matrix remodelling at the microscopic and macroscopic levels and with the ability of CAFs to promote the invasion of squamous cell carcinoma (SCC) cells.