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Complete the tutorial in Chapter 11 (Buckling Analysis of an I beam) 2. An 8 foot long, 1060 aluminum alloy C channel section (Part file:

Complete the tutorial in Chapter 11 (Buckling Analysis of an I beam) 2. An 8 foot long, 1060 aluminum alloy C channel section (Part file: C Channel) is used as a support guide rail. The beam is fixed at the base and is subjected to an 800 lbf vertical load as shown in Figure 1. Figure 1 3. Analyze the C Channel to determine if it is safe for the current application by performing both a Static analysis to check for yielding and a Buckling analysis for stability. 4. Calculate the Factor of Safety for yielding and the Buckling Load Factor (BLF). Note: Show your calculations in the "Results" section. 5. Calculate the Buckling Load. 6. Repeat the Buckling Analysis using an adjusted load until you achieve a BLF of at least 1.5. 7. State your maximum Buckling Load in your Conclusion

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