저자의 연구 키워드

저자의 연구 키워드

#analytical modeling

#beam

#bending

#bending analysis

#bending and free vibration analysis

#bending behavior: FG beams

#bending response

#boundary conditions

#buckling

#buckling analysis

#carbon nanotubes

#composite beams

#composite plate

#cross-ply laminated plates

#deformation demand

#distribution models

#dynamic analysis

#dynamic response

#earthquake resistant design philosophy

#eigen frequencies

#elastic bending

#elastic foundation

#energy of deformation

#FG plates

#FG sandwich beams

#FG sandwich plate

#FG sandwich plates

#FG-plate

#FG-sandwich plates

#finite element method

#first-order

#flexural analysis

#four-unknown integral model

#four-unknown refined integral plate theory

#free vibration

#functionally graded

#functionally graded material

#functionally graded materials

#functionally graded plate

#functionally graded plates

#functionally graded porous (FGP) beams

#Galerkin’s approach and various boundary conditions

#geometric non-linearity plate

#Hamilton’s principle

#harmonic thermal load

#hygrothermal and mechanical response

#hygro-thermo-mechanical analysis

#integral HSDT

#Kerr substrate

#kinematic model

#laminated composite plate

#laminated composite plates

#laminated plate

#levels of earthquake shaking

#limit states

#nanocomposites

#nanotube

#natural frequencies

#Navier’s approach

#Navier’s method

#neutral surface position

#new quasi-3D theory

#new type of sandwich plate

#nonlinear hygro-thermo-mechanical loading

#nonlinear thermal loading

#nonlocal elasticity theory

#non-uniform buckling

#porous plate

#quasi 3-D

#Quasi 3D HSDT

#quasi-3D HSDT

#refined 2D and quasi-3D theory

#refined plate theory

#refined quasi-3D theory

#RPT model

#RSDBT

#sandwich plate

#shear and normal strains

#shear deformation

#shear deformation beam theory

#shear stresses

#simple FSDT

#stretching effect

#structural damage states

#tapered composite

#temperature-dependent properties

#thermal environment

#thermodynamic bending

#thermomechanical

#thickness stretching

#trigonometric-law

#two-noded isoparametric finite element

#vibration

#vibrational analysis

#virtual work principle

#viscoelastic foundation

#Visco-Pasternak foundations

#visco-Pasternak’s medium

#volume fraction

#Winkler/Pasternak/Kerr foundation

#Winkler-Pasternak base

#winkler-pasternak foundation

#Winkler–Pasternak foundations