Sentence examples for mechanical properties rather from inspiring English sources

This triplet of parameters can be calculated directly from a given stress strain curve, enabling researchers to predict and synthesize a specific composition and architecture to get the desired mechanical properties, rather than relying on trial-and-error, synthesis-heavy approaches.

Since the fibrin monomers and filaments all have higher tensile moduli than the gel but are linearly elastic [15], [16], [17] this result bolsters the argument that the fibrin gel's nonlinear mechanical properties, rather than their shape or chemical properties, induce cell spreading.

The functional result, however, seemed to be an effect of scaffold replacement by a fibrotic scar tissue improving only passive mechanical properties rather than active functionality of any new muscle tissue.

The temporal control of photopolymerization was utilized to generate the 2 μm amplitude features for all of the compositions to allow for simple comparisons of the neurite behavior between systems based on the material mechanical properties rather than on the microfeature dimensions.

In addition, the amount of collagen may not be the sole determinant of lung mechanical properties; rather, the spatial organization of collagen fibres and the degree of cross-linkage as well as connections to other matrix components may be critical [ 38, 39].

Therefore, high-resolution elastic modulus mapping has indicated that the DEJ is a band with a graded mechanical property rather than a discrete interface (Sui et al. 2014).

There is also the term beta iron, which refers not to mechanical properties but rather to the strong magnetic characteristics of iron.

This work aims to investigate the microstructures and mechanical properties of rather thick Ti Si C N coatings, deposited by a plasma enhanced magnetron sputtering (PEMS).

Conversely, VA-2 did not decrease any mechanical property and rather increased (p = 0.1) the compressive modulus 13% with respect to PMMA.

Even though PJS have an important role in concrete pavement structures, most of the test methods that assess PJS focus on evaluating their basic mechanical and chemical properties rather than performance-related properties.

WAXD studies on bundles of aligned PAN nanofibers showed small crystallinity which did not follow the trends in the mechanical properties and varied rather non-monotonically from 7%, for fibers spun at the shortest distance, to 17% for fibers spun at the longest distance used in this study.