Citation: | Shao Wen-jiao. Analysis of Postbuckling Strength of Stringer Stiffened Cylindrical Shells under Axial Compression[J]. Applied Mathematics and Mechanics, 1984, 5(6): 855-872. |
[1] |
Murray,N W.,Buckling of stiffened panels loaded a:lialp and in beading,The Structural Engineer,61,8(1973),285-301.
|
[2] |
Carlsen,C,A.,W,J.Shao aid S,Fredheita,Experimeatal sud theoraticalanalpsis of post buckling strength of flat bar-stiffeaess subject to tripping,Det.norske veritas,Report No80-149(1980).
|
[3] |
Hodge,P.,G Jx,Yield conditions for rotationlly symmetric shells uadent aaisymmetric loading,J.of Applied,Mechanics,27,Trans,ASME,82,Series E,June(1960).323-331.
|
[4] |
Hodge,.P,G.Jx, Plastic Analysis of Straictures,McGraw-Hill book Company,New York(1959).
|
[5] |
Matheson,J,A.L.,Hypersiatic Structures,Vol.1,London,Buttesworth(1959).382.
|
[6] |
Horne,M.R.,Plastic Theory of Structures,2nd Ed.,Pergamon Press(1979)
|
[7] |
Murray,N,W.,Das aufnehmbare Moment is einem zur Richtung der NormaLkraft schrag liegendeb plastischen Gelenk,die Bautechnik,2(1973),57-58.
|
[8] |
Sokolnikoff,I,S.,Mathematical Theory of Elasticity,McGraw-Hill(1956)
|
[9] |
Sridharan,S,and A,C,Walker,Eaperimental investigation of the buckling behaviour of stiffened cylindrical shells,Department of Energy Report No.OT-87835,Department of Civil and Municipal Engineering,University College,London Feb,(1980).
|
[10] |
Walker,A.C.and P.Davies,The Collapse of Stiffead Cylinders Steel Plated Structures,An International Conference,Ed,Dowliag et a1,Crosby Lockwood Staples(1976).791-901.
|
[11] |
Murray,N.W.and P,S.Khoo,Some basic plastic mechanisms过the local buckliag of thin-walled steel structures.lnt.,J Mech,Sci,23.12(1981),703-713.
|
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