Sentence examples for mechanical compatibility and from inspiring English sources

Magnesium (Mg) alloys are promising biodegradable implant materials for osteoporotic bone fracture repair due to their mechanical compatibility and biological safety.

Compressive mechanical compatibility and strain rate sensitivity were studied in the range of physiological strain rate under quasi-static and dynamic conditions.

It is ascribed to the improvement of mechanical compatibility and decrease of adhesion energy between gate insulator and semiconductor with the double network dielectric structure.

More importantly, this work is a unique example to demonstrate the importance of mechanical compatibility and adhesion energy between gate insulator and semiconductor on the mechanical stability of flexible OTFT.

Furthermore, these results clearly demonstrated that this method is a promising tool to tune the semiconductor/dielectric interface, especially the mechanical compatibility and adhesion energy between semiconductor layer and dielectric layer, which has great potential for high performance flexible OTFTs with excellent mechanical stability.

Taking inspiration from the characteristics and the limitations of flexible organic thin-film transistor (OTFT) devices, a novel surface modification method was proposed to modify the gate insulator to tune the mechanical compatibility and adhesion energy between gate insulator and semiconductor layer for high performance flexible OTFT devices.

They include: biological compatibility (biocompatibility), mechanical compatibility (mechanocompatibility), and morphological compatibility.

This method can further form the basis for evaluating the mechanical compatibility of scaffolds and their interaction with engineered tissues at various scales and levels.

Natural hydraulic lime-based mortars are recommended for retrofitting operations in historical buildings, primarily because of their high chemical, physical and mechanical compatibility with the existing ones; moreover, their autogenous and engineering self-healing capacities make them a more suitable material for the aforementioned interventions.

Large deformation behavior, thermal properties and DMA indicated partial component mixing and mechanical compatibility typical of a polymeric alloy.

Large attention is paid to the development of the new advanced alloys that combine high biological inertness and mechanical compatibility with bone tissues [11].