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This volume is a collection of chapters that present several key principles and theories, as well as their potential uses in the development of mathematical models in areas like waves, thermodynamic, electromagnetics, fluid dynamics, and catastrophes. The techniques and methodologies used in this book, on the other hand, should have a long-term impact and be applicable to a wide range of different topics of study and research. Each chapter should also help readers in gaining a better knowledge of the underlying and connected concepts. The companion volume (Contemporary Mathematics, Volume 787) is devoted to theory and application.
D. N. Ghosh Roy and S. Mudaliar, Evanescence and evanescent wavesJ. Hristov, Constitutive fractional modelingG. Siciliano, Normalized solutions for Schrodinger type equations under Neumann boundary conditionsS. Migorski and S. Dudek, Well-posedness of steady-state Bingham type system by a quasi variational-hemivariational approachV. A. Gromov, Catastrophes of cylindrical shell.