I am trying to recreate a transcendental equation from a paper on buckling analysis. I have not been able to successfully manipulate equation (10) given on page 692 of the attached files into the final forms of equations (12) and (13), using the boundary conditions given in (11). Could someone take a look at my Maple worksheet and offer some suggestions that would yield an elliptic integral? Download 4865_Lo_p692.pdf
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I am trying to plot the equations shown in Figures 5 and 6, which are solutions to Equations (14), (15), and (16). These equations are developed in the Lo paper (attached). I am working through the symbolic solution by hand and would greatly appreciate any suggestions on how to set these equations and the graphs of the same in a worksheet. Thank you for the assistance anyone may offer. Wayne Bell Download 4865_Lo_p691.pdf
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I am trying to enter equations from the following journal article: The link can be found in the Download 4865_Page from Lo_ApplMech_1962_V1_pp691-695.pdf
View file details Thus far I have been able to create equation (8) of the article in the attached worksheet: The link can be found in the View 4865_ring buckling.mw on MapleNet or Download 4865_ring buckling.mw
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