Anisotropic plates refer to structural elements, typically made of materials such as composites or laminates, that exhibit varying properties in different directions. These materials have mechanical properties (such as strength, stiffness, and thermal conductivity) that are not uniform throughout the plate, but rather dependent on the orientation of the fibers or layers within the material. This anisotropy can make the analysis and design of anisotropic plates more complex compared to isotropic materials, as the behavior of the plate is influenced by the orientation of the material within it. Researchers in this area focus on developing analytical and numerical methods to predict the mechanical behavior and performance of anisotropic plates, as well as optimizing their design for specific applications such as aerospace structures, automotive components, or sporting goods.