A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Ultimate load tests on braced multi-story frames
Four tests were conducted on three-story, two-bay fully welded frames, fabricated from ASTM A36 steel; full size frames were proportioned by plastic design methods and braced against sidesway by diagonal bracing; gravity, "checker-board"and lateral loads were applied up to failure to study behavior and strength and to evaluate plastic design methods for predicting frame behavior at maximum load; experimental ultimate load reached or exceeded maximum load predicted by plastic theory with average discrepancy of 4%. (05788)
Ultimate load tests on braced multi-story frames
Four tests were conducted on three-story, two-bay fully welded frames, fabricated from ASTM A36 steel; full size frames were proportioned by plastic design methods and braced against sidesway by diagonal bracing; gravity, "checker-board"and lateral loads were applied up to failure to study behavior and strength and to evaluate plastic design methods for predicting frame behavior at maximum load; experimental ultimate load reached or exceeded maximum load predicted by plastic theory with average discrepancy of 4%. (05788)
Ultimate load tests on braced multi-story frames
Lehigh Univ -- Dept Civ Eng -- Fritz Eng Lab Rep
Yura, J.A. (author) / Lu, L.W. (author)
1968
46 pages
Report
English
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