Spatial boundary decisions in layered plates of a curvilinear outline

The structure of boundary decisions for multilayered elastic plates in spatial statement is investigated. No restrictions are imposed on number and arrangement of layers, their mechanical and geometrical characteristics. The system of coordinates contacts one plate from obverse surfaces; therefore no assumptions of any symmetry of layers in cross direction are entered beforehand. Boundary decisions break up to two basic classes: potential and rotation just as it takes place for homogeneous plates (Lurie, 1942) and non-uniform plates on thickness with symmetric structure (Vorovich, et al., 1975).