How Do You Calculate Geometric Buckling for Cylinders and Spheres?

AI Thread Summary
The discussion centers on the confusion surrounding the calculation of geometric buckling for cylinders and spheres, particularly regarding the lack of values for extrapolated distances (R' and H'). The user expresses difficulty in understanding how to proceed with the calculations, especially when units are presented in m^-1. Additionally, there is a reference to a tutorial and an old forum post that may provide further clarification on the topic. The user seeks assistance to navigate these challenges effectively. Overall, the thread highlights the complexities involved in geometric buckling calculations.
stressedphysstudent
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Mentor note: Thread moved from a different forum section, so missing the homework template.
I'm very confused about the attached questions on geometric buckling of a cylinder and a sphere.

For this question I'm not given a value for the extrapolated distances (for R' and H') so I simply put the bare units in. The second question asks me to use a volume calculated from the first question, but my units are in m^-1.

I'm basically very confused about this question and any help would be much appreciated!
 

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