1) Two L6 x 3½ x '½ steel angles, put long sides back to back, form a column. The column is pin connected at the base and top, and is 28 ft. high. Determine the critical buckling load, Per, with E =...


1) Two L6 x 3½ x '½ steel angles, put long sides back to back, form a column. The<br>column is pin connected at the base and top, and is 28 ft. high. Determine the<br>critical buckling load, Per, with E = 29 x 10' ksi. (You need Ix and Iy. There is<br>some symmetry to locate the centroid, but you need to know the x 's. These can<br>be found in the text reference tables.)<br>

Extracted text: 1) Two L6 x 3½ x '½ steel angles, put long sides back to back, form a column. The column is pin connected at the base and top, and is 28 ft. high. Determine the critical buckling load, Per, with E = 29 x 10' ksi. (You need Ix and Iy. There is some symmetry to locate the centroid, but you need to know the x 's. These can be found in the text reference tables.)

Jun 11, 2022
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