Composite Beam Design with Formed Steel Deck Based on AISC-ASD

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CivilMat
CivilMathttps://civilmat.com
I’m Haseeb, a civil engineer and silver medalist graduate from BZU with a focus on structural engineering. Passionate about designing safe, efficient, and sustainable structures, I share insights, research, and practical knowledge to help engineers and students strengthen their technical foundation and professional growth.

The Composite Beam Design with Formed Steel Deck method utilises the combined strength of a steel beam and a concrete slab to carry loads more efficiently. The formed steel deck serves both as a permanent formwork during construction and as reinforcement for the slab in service. Following the AISC-ASD (Allowable Stress Design) provisions, this approach ensures that stresses in both the steel and concrete remain within safe limits under service loads, providing a balance between material efficiency and structural safety.

This Excel sheet automates the design process by calculating section properties, composite moment capacity, and deflection checks based on AISC-ASD requirements. It accounts for deck geometry, slab thickness, shear connector spacing, and live load deflection criteria, making it a time-saving tool for engineers. Whether for preliminary sizing or detailed design, it delivers quick, accurate, and code-compliant results without manual iteration.

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