Investigation on flutter instability of magnetic-electric-thermo-elastic functionally graded plates in the supersonic airflow with any yawed angle

This paper proposes a general approach to deal with flutter instability of the magnetic-electric-thermo-elastic functionally graded plates (METE-FGPPs) subject to supersonic airflow with any yawed angle. The unified method is established on the basis of the first order shear deformation theory and the supersonic piston theory. Various boundary conditions, two porosity distributions and three temperature distributions are taken into...