Description
This specialized monograph by Francesco Tornabene presents a rigorous examination of multifield theory in the context of anisotropic doubly-curved shells. The work addresses the mathematical frameworks and computational approaches necessary for analyzing shell structures with non-uniform material properties and complex curvature characteristics.
The text provides detailed treatments of stress analysis, deformation theory, and stability considerations for doubly-curved shell geometries. Tornabene integrates classical shell theory with modern multifield approaches, offering both theoretical foundations and practical applications for engineers and researchers working with advanced composite materials and complex structural forms.
This reference is essential for professionals engaged in the design and analysis of aerospace components, pressure vessels, and other sophisticated shell structures requiring detailed consideration of anisotropic material behavior and geometric complexity.
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