[1] E.J. Hearn, Mechanics of materials, pubished by butterworth-heinemann, (1999)
[2] H.W. Nam , W.Hwang, Stacking Sequence Design of Fiber-Metal Laminate for Maximum Strength, Journal of Composite Materials, 35(18) (2001) 1654-1683
[3] K.Athiannan, R.Palaninathan, Experimental investigations on buckling of cylindrical shells under axial compression and transverse shear, Journal of Sadhana,29(1) (2004) 93-115
[4] C.Bisagni, Dynamic buckling of fiber composite shells under impulsive axial compression, Journal of thin-walled structure, 12(1) (2005) 499-514
[5] R.Nabavi, M.H Yas, M. Shakeri, Natural frequency optimization of laminated cylindrical shell subjected to Tsai-Hill failure criteria constraint using penalty method, Key Engineering Materials 334 (2007) 9-12
[6] S.Y.yaokuo, S.LeChung, Buckling and vibration of composite laminated plates with variable fiber spacing, Journal of Composite Structures, 90(2) (2009) 196-200
[7] V.Bazhenov, N.Solovei, Nonlinear deformation and buckling of elastic inhomogeneous shells under thermomechanical loads, Journal of International Apply Mechanic , 45 (2009) 923-953
[8] A.Mozzafari, , h.Jafari, investigation the influences of some parameter on the buckling load of FML cylindrical shell, journal of emamhossein, 6(4) (2010) (in Persian)
[9] L.W.Lacarbonara, F.Vestroni, A generalized higher-order theory for buckling of thick multi-layered composite plates with normal and transverse shear strains, Journal of Composite Structures, 92(12) (2010) 3011-3019
[10] M.Rahmanian, Vibration and buckling analysis of thick FGM conical shells under variable thermal and pressure distributions, considering initial geometric imperfections using a higher order theory, MSc . Thesis , Department of Aerospace Engineering , Sharif University of Technology, (2011)
[11] S.M.R.Khalili, A.Davar, K.MalekzadehFard, Free vibration analysis of homogeneous isotropic circular cylindrical shells based on a new three-dimensional refined higher-order theory, International journal of Mechanical sciences, 56 (2012) 1-25
[12] A.V. Lopatin, E.V. Morozov, Buckling of the composite orthotropic clamped–clamped cylindrical shell loaded by transverse inertia forces, Composite Structures, 95 (2013) 471–478
[13] V.N.Yenugula, B.Perumandla, R.R. Pinninti, M. Ravvala, Experimental investigation on buckling of GFRP cylindrical shells subjected to axial compression, Journal of Mechanical and Civil Engineering, 9(5) (2013) 20-25
[14] A.K.Nagari, V.N.Yenugula, Experimental Investigation of Buckling of Laminated Composite Cylindrical Shells with & Without Cutouts Subjected To Axial Compression, Journal of Mechanical and Civil Engineering,11(6) (2014) 9-14.
[15] I.Sen, R.C. Alderliesten, R.Benedictus, Design optimization procedure for fiber metal laminates based on fatigue crack initiation, Journal of Composite Structures,120(5) (2015) 275-284
[16] I.Sen, R.C. Alderliesten, R.Benedictus, Lay-up optimization of fiber metal laminates based on fatigue crack propagation and residual strength , Journal of Composite Structures,124(5) (2015) 77-87
[17] R. J. Mania, Z. Kolakowski, J. Bienias, P.Jakubczak, K.Majerski, Comparative study of FML profiles buckling and postbuckling behavior under axial loading, Journal of Composite Structures, 134 (2015) 216–225
[18] C.Bisagni, Composite cylindrical shells under static and dynamic axial loading : An experimental campaign, Journal of Aerospace sciences, 172 (2015) 1023-1030
[19] H.Abramovich, C.Bisagni, Behavior of curved laminated composite panels and shells under axial compression, Journal of Aerospace sciences,78 (2015) 74-106.
[20] B.Neethi, G.Gisha, Study on Buckling Strength of Composite Cylindrical Shells with Cut-outs, Journal of IJEDR, 3(4) (2015) 21-39
[21] D.Banat, Z.Kolakowski, R.J. Mania, Investigations of FML profile buckling and post-buckling behavior under axial compression, Thin-Walled Structures, 107 (2016) 335–344
[22] A.Tullu, B.Kang, Elastic deformation of fiber-reinforced multi-layered composite cylindrical shells of variable stiffness, Composites Part B: Engineering, 100 (2016) 44–55
[23] A.Ghorbani, N.Bayat, M.M.Najafizadeh, A Theoretical and Experimental Analysis of Critical Buckling Force of Short and long Cylindrical Shells with a Welded Seam Using Argon Method and their Comparison with a Seamless Cylindrical shell, Journal of science de liege, 85 (2016), 721-728
[24] H.Fan, Z.Chen, J. Cheng, S.Huang, W.Feng, Analytical research on dynamic buckling of thin cylindrical shells with thickness variation under axial pressure, Thin-Walled Structures, 101 (2016) 213–221
[25] O.Civalek, Buckling analysis of composite panels and shells with different material properties discrete singular convolution (DSC) method, Journal of Structures and Techniques,161 (2017) 93-110
[26] E.Skukis, O. Ozolins, K.Kalnins, M.Arbelo, Experimental test for estimation of buckling load on unstiffened cylindrical shells by vibration correlation technique, Journal of Structures and Techniques, 172 (2017) 1023-1030
[27] G.Jacob, K.K Divya, P.Prabhakaran, Buckling Analysis of Cylindrical Shells Subjected to Axial Compression, Journal of Engineering and Technology, 4(4) (2017) 56-72
[28] B.Sobhaniaragh, M.Nejati, W.J. Mansur, Buckling modeling of ring and stringer stiffened cylindrical shells aggregated by graded CNTs, Journal of composites, 124 (2017) 120-133
[29] M.Arbelo, K.Kalnins, O.Ozolins, E.Skukis, S.Castro, R.Degenhardt, Experimental and numerical estimation of buckling load on unstiffened cylindrical shells using a vibration correlation technique , Journal of Thin-walled structures, 94 (2017) 273-279.
[30] O.Ozolins, K.Kalnins, an Experimental Buckling Study of Column-Supported Cylinder, Procedia engineering, 172 (2017) 823-830.
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