With the progress of micro- and nano-manufacturing techniques, the proposed tetrachiral cylindrical tube with compression-twist deformation mechanism demonstrates robust mechanical performances for future industrial applications, such as: shape memory morphing structures in aerospace engineering, smart actuators and propellers, smart flexible microelectronics and biomechanical devices.
These reactions proceed via a step growth mechanism, resulting in a homogeneous network structure with robust mechanical properties for applications in cell culture and delivery.
By a total twisting angle of 50°, robust mechanical coupling was established, although slippage was never completely eliminated.
Preliminary results reported here indicate robust mechanical stability, reduced eddy currents heating and negligible susceptibility effects.
Furthermore, the crosslinked AEMs also had robust mechanical properties, good thermal stability and reasonable alkaline stability.
Self-healing hydrogels with robust mechanical properties is the primary objective of hydrogel materials.
From the mechanical standpoint, it provides a robust mechanical package for the power components inside.
Consequently, understanding the structural basis of their robust mechanical properties is of great interest.
The electrode retains the intrinsic properties, including robust mechanical property, high surface area, and regular pore structure, of individual nanotubes.
These results indicate that the C/SiC sandwich panel integrates high temperature resistance, lightweight characteristic and robust mechanical properties.
A more robust mechanical design, the new nylon frame features wide side temples and a shelf along the top edge of the frames, which help prevent extraneous light from entering the glasses, reducing internal lens reflections.
