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✓VII. (Based on Example 13.3) The aluminum column is braced at its top by cables so as to prevent movement at the top along the x axis. If it is assumed to be fixed at its base, determine the largest allowable load P that can be applied. Use a factor of safety for buckling of F.S. 2.5. Take Eal-70 GPa, oy =210 MPa, A=7.5x10-3 m², 61.3×106 m², I=23.2×106 m. [10%] 6 m Z

✓VII. (Based on Example 13.3) The aluminum column is braced at its top by cables so as to prevent movement at the top along the x axis. If it is assumed to be fixed at its base, determine the largest allowable load P that can be applied. Use a factor of safety for buckling of F.S. 2.5. Take Eal-70 GPa, oy =210 MPa, A=7.5x10-3 m², 61.3×106 m², I=23.2×106 m. [10%] 6 m Z

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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✓VII. (Based on Example 13.3) The aluminum column is braced at its top by cables so as to prevent movement at the top along the x axis. If it is assumed to be fixed at its base, determine the largest allowable load P that can be applied. Use a factor of safety for buckling of F.S. 2.5. Take Eal-70 GPa, oy =210 MPa, A=7.5x10-3 m², 61.3×106 m², I=23.2×106 m. [10%] 6 m Z
Transcribed Image Text:✓VII. (Based on Example 13.3) The aluminum column is braced at its top by cables so as to prevent movement at the top along the x axis. If it is assumed to be fixed at its base, determine the largest allowable load P that can be applied. Use a factor of safety for buckling of F.S. 2.5. Take Eal-70 GPa, oy =210 MPa, A=7.5x10-3 m², 61.3×106 m², I=23.2×106 m. [10%] 6 m Z
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