... and the Lur’e method. In two illustrative examples of infinite plates with a circular hole, it is shown that explicit expressions of analytical solutions can be obtained by using the refined theory. inhomogeneous media plates (structures) quasicrystals shear deformation plane problems plate theory...

.... With the evolution of light plate structures, tremendous research interests in the vibration of the plates are generated. The negligence of considering vibration as a design factor can lead to excessive deflections and failures. The vibration design aspect is even more important in micromachines, such as electronic...

... of both materials are presented, and the initial failure loads of both materials are compared. blades cantilevers failure (mechanical) fibre reinforced composites hydrodynamics plates (structures) turbines There is an increasing interest in the use of fiber-reinforced composite materials...

... steel mesh generation plates (structures) softening stainless steel turbines Penetration tests FV535 stainless steel Adiabatic shear bands Numerical simulations Turbine blade-off events are the most common threats for the modern jet engines. Special care must therefore be taken...

... higher kinetic energies cause more severe crack branching after the crack extends into the second glass plate. 24 11 2010 24 05 2011 05 08 2011 05 08 2011 adhesives cracks fracture mechanics glass impact (mechanical) plates (structures) Glass has high potential...

... plates (structures) semiconductor lasers shock wave effects The deformation of materials subjected to blast waves is a research area of international interest due to a number of reasons. There is a direct interest in the blast resistance of structures due to the possible use of explosives against...

... in mechanical computing also require the system response to be understood away from resonance. damping frequency response mechanical stability plates (structures) vibrations viscosity 03 08 2010 06 03 2011 08 03 2011 13 04 2011 13 04 2011 2011 American Society...

... ( 4 ), pp. 486 – 494 . 10.1007/BF02438235 differential equations plates (structures) quasicrystals shear deformation torsion thick plates one-dimensional quasi-crystals the refined theory torsion problem Quasi-crystals (QCs) have become the focus of theoretical...

... decomposition internal stresses piezoelectricity plates (structures) The growing need for structures with superior performance for a particular aspect of their behavior led to the development of intelligent structures. These structures, unlike passive structures, offer many possibilities...

... 16 09 2010 08 11 2010 08 11 2010 boundary layers flow instability flow simulation friction plates (structures) The investigation of the boundary-layer flows of an incompressible fluid over a surface has many important applications in engineering, such as aerodynamics...

... 2010 composite materials Galerkin method integration linear momentum partial differential equations plates (structures) stability vibrations axially moving composite plate natural frequency Galerkin method differential quadrature method parametric resonance multiple scale...

... phenomenon such as the beating and the dynamic stress concentration. Good accuracy and fast rate of convergence are the main features of the present method, thanks to the analytical approach. boundary integral equations plates (structures) vibrations Circular plates with multiple circular holes...

.... Solids Struct. 0020-7683 , 6 ( 2 ), pp. 277 – 285 . 10.1016/0020-7683(70)90024-7 cantilevers cooling drying elasticity finite element analysis heating plates (structures) Poisson ratio thin films Young's modulus Thin films coated on a plate are currently used to perform...

... 13 10 2010 13 10 2010 buckling eigenvalues and eigenfunctions elasticity inclusions plates (structures) elastic plate eigenstrain buckling Since the seminal work by Eshelby ( 1 ), extensive studies on elastic deformation of solids with inclusions were reported...

... (239,000 psi), a width b of 15.24 cm (6 in.), the span length a varied from 1.27 cm (1/2 in.) to 152.4 cm (60 in.), and the web thickness h was 23.4   μ m (0.00092 in.). buckling finite element analysis plates (structures) rollers (machinery) stability tensile...

... a considerable freedom for defining a controller. orthogonal eigenstructure control operating eigenvalues eigenstructure assignment vibration reduction plate eigenvalues and eigenfunctions finite element analysis flexible structures plates (structures) vibrations 28 02 2008 04...

... 07 2009 12 04 2010 04 05 2010 09 06 2010 09 06 2010 armour ballistics failure (mechanical) finite element analysis impact (mechanical) plates (structures) projectiles steel high-hardness steel armor terminal ballistics material modeling ISB ‘10 05-20...

... is formed in a very long and continuous plate. buckling cold rolling hot rolling internal stresses plates (structures) Comparison of C 1 and C 2 for the edge compression case; symmetric mode (left) and antisymmetric mode (right) The symbolic solution of Eq...

... by many authors and a great deal of them is presented in the monograph ( 1 ). Dedicated to the memory of Yu. A. Amenzade . brittle fracture cracks elasticity fracture mechanics plates (structures) 30 05 2008 19 08 2009 31 03 2010 31 03 2010 2010 American...

... are reported for several ratios of orthotropic coefficient. 22 05 2008 17 07 2009 05 03 2010 05 03 2010 eigenvalues and eigenfunctions plates (structures) vibrations vibration tailoring circular plates semi-inverse method closed-form solutions Vibration tailoring...