Shear and Compression Strength of Cold-formed Steel Clip Angles Subjected to Different Screw Patterns

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This thesis presents experiments and numerical analysis of the cold-formed steel clip angle in three different limit states which are shear, compression, and combination of the screw connection. A previous cold-formed steel clip angle test program (which is Phase 1) developed design methods for clip angle. Therefore, the object of this thesis is to further investigate the behavior and design methods of loading-bearing cold-formed steel clip angles under different screw pattern. For each limit state, a test program was conducted to investigate the behavior, strength, and deflection of the clip angle. The test result were compared with previous CFS clip ... continued below

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Yan, Zhishan December 2017.

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  • Yan, Zhishan

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Description

This thesis presents experiments and numerical analysis of the cold-formed steel clip angle in three different limit states which are shear, compression, and combination of the screw connection. A previous cold-formed steel clip angle test program (which is Phase 1) developed design methods for clip angle. Therefore, the object of this thesis is to further investigate the behavior and design methods of loading-bearing cold-formed steel clip angles under different screw pattern. For each limit state, a test program was conducted to investigate the behavior, strength, and deflection of the clip angle. The test result were compared with previous CFS clip angle design method. Amending existing CFS clip angle method were developed by each of the four limit states studied in this project.

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  • December 2017

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  • Jan. 27, 2018, 7:36 a.m.

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Yan, Zhishan. Shear and Compression Strength of Cold-formed Steel Clip Angles Subjected to Different Screw Patterns, thesis, December 2017; Denton, Texas. (digital.library.unt.edu/ark:/67531/metadc1062892/: accessed November 16, 2018), University of North Texas Libraries, Digital Library, digital.library.unt.edu; .