Hierarchical Models for the Thermoelastic Deformation of Chiral Porous Prismatic Shells

Applying the I. Vekuas dimension reduction method, the present paper is devoted to construction of hierarchical models for thermoelastic deformation of chiral porous prismatic shells. Special attention is paid to the case, when the prismatic shell considered as a 3D body occupies a spatial angular domain and to the study of consequent mathematical and physical peculiarities, since by dimension reduction the geometrical 3D singularity will be transferred to the BVPs for governing singular partial differential equations and exclusiveness of well-possedness of BVPs will be needed to be investigated. For field equations we use the strain gradient theory.