mechanics of advanced composite structures سال:2020 - دوره:7

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mechanics of advanced composite structures
سال:2020 - دوره:7 - شماره:2

active control of free and forced vibration of rotating laminated composite cylindrical shells embedded with magnetostrictive layers based on classical shell theory - صفحه:355-369 buckling analysis of fml cylindrical shells under combined axial and torsional loading - صفحه:263-270 buckling analysis of functionally graded cylindrical shells under mechanical and thermal loads by dynamic relaxation method - صفحه:297-311 damage detection in concrete filled tube columns based on experimental modal data and wavelet technique - صفحه:245-254 elasto-dynamic response analysis of a curved composite sandwich beam subjected to the loading of a moving mass - صفحه:347-354 experimental study on dynamic behavior of acrylonitrile-butadiene-styrene (abs) based nano composite reinforced by nano silica addition - صفحه:313-320 finite element modeling for buckling analysis of tapered axially functionally graded timoshenko beam on elastic foundation - صفحه:203-218 geometrically nonlinear analysis of laminated composite plates subjected to uniform distributed load using a new hypothesis: the finite element method (fem) approach - صفحه:271-285 graphene-based polymer nano-composites - a review - صفحه:333-346 high-order analysis of linear vibrations of a moderatleythick sandwich panel with an electrorheological core - صفحه:177-188 mechanical behavior and optimization of functionally graded hollow cylinder with an elliptic hole - صفحه:189-201 molecular dynamics simulation of functional and hybrid epoxy based nanocomposites - صفحه:233-243 sensitivity analysis of vibrating laminated composite rec-tangular plates in interaction with inviscid fluid using efast method - صفحه:219-231 size-dependent nonlinear dynamics of a non-uniform piezoelectric microbeam based on the strain gradient theory - صفحه:321-331 strengthening of deficient steel sections using cfrp composite under combined loading - صفحه:287-296 study of high-cycle fatigue properties in bovine tibia bones based on reliability and scatter-band predictions - صفحه:255-261