TAILIEUCHUNG - Nonlinear forced vibration of hybrid composite rectangular plates

In the present study, the nonlinear forced vibration of symmetric laminated rectangular plates, including Glare fiber metal laminated rectangular plate, is investigated based on the first order shear deformation theory. The boundary condition is considered to be immovable simply support. | Nonlinear forced vibration of hybrid composite rectangular plates Engineering Solid Mechanics 2 2014 209-228 Contents lists available at GrowingScience Engineering Solid Mechanics homepage esm Nonlinear forced vibration of hybrid composite rectangular plates Alireza Shooshtari and Soheil Razavi Mechanical Engineering Department Bu-Ali Sina University 65175-4161 Hamedan Iran ARTICLE INFO ABSTRACT Article history In the present study the nonlinear forced vibration of symmetric laminated Received January 20 2014 Received in Revised form rectangular plates including Glare fiber metal laminated rectangular plate is April 10 2014 investigated based on the first order shear deformation theory. The boundary Accepted 14 April 2014 condition is considered to be immovable simply support. The Galerkin method is used Available online to obtain the nonlinear ordinary differential equation in terms of an unknown time 16 April 2014 function. The obtained equation is solved analytically by the multiple time scales Keywords Hybrid composites method. The obtained results are compared with the numerical solution of the Nonlinear forced vibration nonlinear ordinary differential equation of motion and a good agreement is found Analytical modeling between them. 2014 Growing Science Ltd. All rights reserved. 1. Introduction The composite materials are good alternatives to metals because of their low weight high strength and stiffness and environmental resistance. Fiber metal laminates FMLs are hybrid materials comprising interleaved metal sheets and fiber-reinforced polymer layers. They were developed as lightweight alternatives to structural metals Langdon et al. 2009 . One of the advantages of FML materials when compared with conventional carbon fiber epoxy composites is the low moisture absorption due to the barrier of the outer aluminum layers Botelho et al. 2006 . The only commercially used FML is Glare which comprises thin aluminum sheets and glass-fiber- .

• Cơ khí - Chế tạo máy
• Nonlinear forced vibration
• Hybrid composite rectangular plate
• Symmetric laminated rectangular plate
• Glare fiber metal laminated rectangular plate
• Shear deformation theory
• Vietnam Journal of Mechanics
• Forced nonlinear vibration of shallow shell
• Application to technical diagnosis
• Forced nonlinear vibration
• The square of experimental
• Fundementals of mechanical vibration
• Mechanical vibration
• Forced vibrations
• Multi Degree of freedom systems
• Vibrations of continuous systems
• Finite element method
• Nonlinear vibrations
• First order shear deformation theory
• Free vibration
• Bidirectional functionally graded sandwich beams
• First order shear deformation finite element formulation
• A C1 bending element for composite plates
• High order shear deformation theory
• A C1 bending element
• Reddy’s plate theory
• Rectangle plate
• Varying thickness
• Phase field theory
• Free vibration of rectangular plates
• Third order shear deformation theory
• Journal of Science and Technology
• Bending and free vibration analysis
• Functionally graded plates
• New eightunknown shear deformation theory
• Nonlinear buckling and post buckling
• Eccentrically stiffened functionally graded cylindrical shells surrounded
• The first order shear deformation theory
• Stiffened cylindrical shells
• Free vibration of functionally graded sandwich plates with stiffeners
• The third order shear deformation theory
• The Hamilton’s principle
• The governing equations
• Static bending
• New third order shear deformation plate theory
• Auxetic material
• Auxetic plates
• CNT reinforced composite
• Thermal postbuckling response
• Higher order shear deformation theory
• Doubly curved panels
• Tangential edge constraints
• Cylindrical shells
• Higher order shear
• Normal deformation theory
• Stress strain state
• Stress concentration phenomenon
• Free vibration of a 2D FGSW beam based
• Vibration modes of the beam
• Skin layers of 2D FGM
• Power gradation laws
• FG porous plate
• Graphene platelet reinforcements
• Three variable high order shear deformation theory
• Isogeometric analysis
• Journal of Science and Technology in Civil Engineering
• Moving Kriging interpolation based method
• Pasternak’s foundation
• Nonlinear dynamic response
• Porous functionally graded cylindrical panel
• The high order shear deformation theory
• Mechanical load
• Thermal load
• Nonlinear vibration
• Smoothed discrete shear gap method
• Dynamic response of laminated composite plate subjected
• The equivalent layer theory
• Static and free vibration of the sandwich folded plate
• The sandwich folded plate using the Layerwise theory
• The sandwich folded plate modeled by layer wise
• Discrete shear gap method
• Functionally graded microplate
• Modified strain gradient theory
• Simple first order shear deformation theory
• Kinematics of FG microplate
• Free vibration analysis of four parameter
• Functionally graded plates accounting transverse shear mode
• Functionally graded material
• Four parameter law
• higher order shear deformation theory
• Free vibration analysis
• Vietnam Journal of Science and Technology
• Vibration analysis of cross ply laminated composite
• The first shear deformation theory
• Composite doubly curved shallow shell panels
• Doubly curved shallow shell
• Functionally graded cylindrical shell
• Functionally graded materials
• Side to thickness ratio
• Thermoelastic stability of thick imperfect functionally graded plates
• Thick imperfect functionally graded plates
• Critical buckling temperature difference
• Vibration of sandwich beams reinforced
• Carbon nanotubes under a moving load
• Carbon nanotube reinforcement
• Four different types of functionally graded
• Nonlinear analysis
• Plate model
• Porous functionally graded materials
• Stiffened FG CNTRC plates
• Buckling and Post buckling analysis
• Thermal environment
• Galerkin method
• Third order shear deformation plate theory
• Multi directional functionally graded materials
• Linear analyses
• Material properties
• FG CNTRC beams
• Finite element
• Moving mass
• Singlewalled carbon nanotubes