Size-dependent bending and buckling analysis of piezoelectric semiconductor nanobeam based on two-phase local/nonlocal integral models

Key Points

• Size impacts the mechanical behavior of piezoelectric semiconductor nanobeams, particularly in bending and buckling.
• The analysis identifies key differences in performance based on the local and nonlocal integral models.
• Bending and buckling analysis is based on two-phase local/nonlocal integral models to assess nanoscale structures.
• Understanding these size effects may guide future design in nanotechnology applications.