Sentence examples for mechanical performance due from inspiring English sources

Also, changes in mechanical performance due to porosity are consistent with previously published studies.

Under hydrated state, the hybrid PU/PEG scaffolds demonstrated low mechanical performance due to the hydrophilic property of materials.

The behavior and failure modes of these specimens were investigated, the difference of the mechanical performance due to various strengthening techniques was compared, and the effect of parameters, such as the bond length, prestressing force, and the anchorage, on the behavior and failure modes of specimens was analyzed.

This improved mechanical performance is due to the negative Poisson's ratio effect of the auxetic reinforcements, which makes the matrix in a state of biaxial compression and hence provides additional support.

The results suggested that smaller screen mesh resulted in the better mechanical performance of RCF due to the fact that the short fibers were removed and the purity of long fibers was improved.

The filter is mounted on a metal plate to avoid instability of the laser performance due to mechanical deformation.

However, challenges still exist in the pursuit of combination of mechanical stretchability and excellent electrochemical performance due to the limitation of the fiber electrode.

Recently, graphene (GR) and graphene oxide (GO) are widely used in fabricating advanced composites to provide elevated mechanical performance, excellent electrical properties, etc, due to their outstanding physiochemical properties [1 6].

The Zr53Cu30−xNi9Al8Tax (x = 2, 4, 6, 8) bulk metallic glass composites (BMGCs) rods had been demonstrated their superior mechanical performance in our recent study due to the presence of micro- (10 30 μm) and nano-sized (10 80 nm) Ta-rich particles produced by the in-situ precipitation.

The weft-knitted fleecy fabric has been optimized to perform a better mechanical performance, i.e., to increase the stiffness due to the use of straight fleece yarns.

Hydrogels are attractive for tissue engineering applications due to their incredible versatility, but they can be limited in cartilage tissue engineering applications due to inadequate mechanical performance.