Title: | Wave propagation in layered anisotropic media with applications to composites |
Authors: | Nayfeh, adnan, hasan |
Material Type: | Books |
Publisher: | Amsterdam [The Netherlands] : Elsevier, 1995 |
Article on page: | XIII, 332 p. |
Series: | Applied mathematics and mechanics series, num. 39 |
ISBN (or other code): | 978-0-444-89018-4 |
Languages: | English |
Class number: | 620.1/183 |
Tags: | Wave mechanics ; Fibrous composites--Mechanical properties--Mathematical models ; Anisotropy--Mathematical models ; Laminated materials--Mechanical properties--Mathematical models |
Abstract: | Introduction. Historical background. Field Equations and Tensor Analysis. The stiffness tensor. Material symmetry. Matrix forms of stiffness. Engineering constants. Transformed equations. Expanded field equations. Planes of symmetry. Bulk Waves. An overview. The Christoffel equation. Material symmetry. Computer aided analysis. Group velocity. Energy flux. Generalized Snell's Law and Interfaces. Boundary conditions. Characterization of incident waves. Critical angles. Two fluid media. Two isotropic media. Formal Solutions. Common form of solutions. Triclinic layer. The monoclinic case. Higher symmetry materials. Formal solutions in fluid media. The &agr; - c relation and the Christoffel equation. Scattered Wave Amplitudes. Notation. Reflection from a free surface. Scattering from fluid-solid interfaces. Scattering from solid-solid interface.Interface Waves. Surface waves. Pseudo-surface waves. Scholte waves. Free Wave in Plates. Free waves in triclinic plates. Free waves in monoclinic plates. Higher symmetry material plates. Numerical computation strategy. General Layered Media. Geometric description of unit cell. Analysis. Properties of the transfer matrix. Free waves on the layered cell. Waves in a periodic medium. Bottom bounding solid substrate. Propagation Along Axes of Symmetry. Geometry. SH waves. Motion in the sagittal plane. Free waves on the layered cell. Waves in a periodic medium. Bottom bounding solid substrate. Fluid-Loaded Solids. Reflection from a substrate. Plates completely immersed in fluids. Higher symmetry cases. Leaky waves. Experimental technique. Piezoelectric Effects. Basic relations of piezoelectric materials. Simplified field equations. Analysis. Formal solutions. Higher symmetric materials. Remarks on the monoclinic-m cas. |
Copies (1)
Barcode | Call number | Media type | Location | Section | Status |
---|---|---|---|---|---|
306133 | 620.1/183 NAY W | Book | Royal Military Academy | Bibliothèque ERM | Available |