Sentence examples for mechanical property values from inspiring English sources

Average mechanical property values for the annulus and other soft tissue structures are typically utilized from the literature, as data for the same subject are not available.

The specific mechanical property values of the reinforced honeycombs after reinforcing the cell walls were more than twice of those of the un-reinforced cores.

In conclusion, crosslinked polyethylenes can have very different mechanical properties due to the different crosslinking processes that are possible, while UHMWPE, if processed and sterilized correctly, always has the mechanical property values required by the ASTM.

This work has far reaching implications for the design of micro-devices using mechanical means to deliver drugs or vaccines into the skin; providing key characterized mechanical property values for each constituent of the target delivery material.

A comparison between dense composites and cortical bone indicates that with thermoplastics, the most promising synthetic composite seems to be HA fiber-reinforced PLA composites (Kasuga et al. [2001]), which however exhibit mechanical property values closer to the lower values of the cortical bone.

These high mechanical property values were achieved for optimum electrospinning parameters yielding strong PAN nanofibers, and optimum stabilization and carbonization temperatures, which resulted in smooth carbon nanofiber surfaces and homogeneous nanofiber cross-sections, as opposed to a previously reported core shell structure.

Each mechanical property value presented in the following of the article is the average value obtained from tests performed on three specimens.

The addition of 20% of HA and different amounts of HNTs leads to a substantial improvement in mechanical properties with values of flexural strength up to 40% over raw PCL, with an increase in degradation temperature.

All polymers could be processed to tough, creasable amorphous films with good mechanical properties, the values of tensile strength ranging from 92 to 113 MPa with moduli above 2 GPa.

However, the presence of pathophysiologically relevant levels of IL-1 limited matrix accumulation and inhibited any increase in mechanical properties over baseline values.

Their application in aeronautical structures demands a deep knowledge of a wide set of mechanical properties and technological values, including both fracture toughness and residual strength.