By J. N. Reddy (auth.), Carlos A. Mota Soares, Cristóvão M. Mota Soares, Manuel J. M. Freitas (eds.)
ISBN-10: 0792358716
ISBN-13: 9780792358718
ISBN-10: 9401144893
ISBN-13: 9789401144896
A compact presentation of the rules, present cutting-edge, contemporary advancements and study instructions of all crucial innovations with regards to the mechanics of composite fabrics and constructions. specific emphasis is put on vintage and lately constructed theories of composite laminated beams, plates and shells, micromechanics, effect and harm research, mechanics of cloth structural composites, excessive pressure price trying out and non-destructive trying out of composite fabrics and buildings. issues of transforming into value are addressed, resembling: numerical tools and optimisation, id and harm tracking. the newest effects are awarded at the artwork of modelling clever composites, optimum layout with complex fabrics, and commercial functions. every one part of the publication is written through across the world known specialists who've devoted such a lot in their study paintings to a specific box.
Readership: Postgraduate scholars, researchers and engineers within the box of composites. Undergraduate scholars will enjoy the therapy of the rules of the mechanics of composite fabrics and structures.
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Extra resources for Mechanics of Composite Materials and Structures
Example text
The eightlayer antisymmetric cross-ply plate behaves much like an orthotropic plate. The effect of rotary inertia is negligible in FSDT and therefore not shown in the figure. 28. The bending-stretching coupling due to the presence of B16 and B26 has the effect of lowering the frequencies. The coupling is the maximum for two-layer plates, and it rapidly decreases with increasing number of layers. At f) = 45°, the fundamental frequency of the two-layer plate is about 40 percent lower than that of the eight-layer laminate.
1. INTRODUCTION In section 4, the results of the Navier solutions to the equations of composite plates were discussed for rectangular geometries. However, analytical solutions to these equations cannot be developed when complex geometries, arbitrary boundary conditions, or nonlinearities are involved. Therefore, one must resort to approximate methods of analysis that are capable of solving such problems. The finite element method is a powerful computational technique for the solution of differential and integral equations that arise in various fields of engineering and applied science [5-8].
8hear stress (0'xz) versus thickness (z j h) for simply supported (88-1) symmetric cross-ply laminates. ::: ........ < o oC) gj ... _. -=_=-=. 11. 8hear stress (O'yz) versus thickness (zjh) for simply supported (88-1) symmetric cross-ply laminates. 030 I~ I=f ..... 12. 1 versus plate aspect ratio for angle-ply (-45/45)n (n = 1,2,3,4) laminates under sinusoidal load. 13. Maximum deflection versus lamination angle for angle-ply (-O/O)n (n = 1,2,4) laminates under sinusoidal load. 25 Lastly, we consider the effect of transverse shear deformation on deflections of antisymmetric angle-ply laminates.
Mechanics of Composite Materials and Structures by J. N. Reddy (auth.), Carlos A. Mota Soares, Cristóvão M. Mota Soares, Manuel J. M. Freitas (eds.)
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