Sentence examples for mechanical implications of from inspiring English sources

The aim of this work is to illustrate the hierarchical structure of the pectoral fin of a representative batoid, the Longnose Skate (Raja rhina), and explain the mechanical implications of its structural design.

Nevertheless, one should measure the hydrodynamic interactions for each class of ablation pattern and take those interactions into account when interpreting the mechanical implications of microsurgery in tissues.

In addition to whole-bone mechanics, micro-FEA can be used to determine the relative load distribution between cortical and trabecular compartments [ 98] and estimate mechanical implications of specific structural features, such as the resolvable cortical ultrastructure [ 24].

The current study evaluates the loading rate-dependant mechanical implications of storing articular cartilage at various commonly used storage temperatures, 4°C, -20°C, -80°C, and snap freezing with liquid nitrogen and storage at -80°C.

The mechanical properties of tamponade fluids (density, viscosity, and surface tension with the aqueous) influence the efficiency of the treatment and, therefore, a full understanding of the mechanical implications associated with the surgery is desirable.

Plasmocytoma was included since its biological behavior and the mechanical implications are similar to those of metastatic disease [4].

The mechanical implications, consistency, and strain energy convexity of the strain gradient constitutive laws, obtained using the proposed approach, are analyzed on the basis of the numerical results.

In addition to the mechanical loading implications of thoracic kyphosis, functional implications include limitations in pulmonary function, compromised balance and therefore increased falls risk, and exacerbation of back extensor muscle weakness [ 32].

The mechanical and mechanistic implications of dwell time, the feasibility for inferring sustained-load crack growth rates from the dwell time tests, and the usefulness of the superposition model for life-cycle design and management of engineered structures are discussed.

Finally, we highlight the implications of mechanical induction of EMT on the development of treatments and targeted intervention strategies for fibrosis and cancer.

The possible modes of activation (mechanical or chemical) and implications of fusion-activated Ca2+ entry (FACE) will be discussed below.