Cold-formed steel (CFS) products are extremely versatile and can be used in multiple
applications. To further extend their applicability, this investigation assesses the structural …

Although cold-formed steel (CFS) members have been widely used in structures, their
application is limited due to the buckling and instability of these members. To enhance their …

The use of concrete slab in cold-formed steel (CFS) beams can not only increase the
ultimate resistance, but also can prevent their lateral buckling. Since the formation of …

The concurrent use of concrete slab, and cold-formed steel section as a composite beam
improves strength and stiffness, thus preventing local and lateral buckling of the beam. The …

In recent years, the use of artificial intelligence-based methods in engineering problems has
been expanded. In the current study, the method of artificial neural networks (ANN) has …

Composite cold-formed steel (CFS)-concrete structures have been widely used due to their
benefits such as more ultimate strength, stiffness, and postponement of lateral buckling …

Steel-ultra-high-performance concrete (UHPC) composite beams employing single
embedded nut bolted shear connectors (SENBs) in full-depth precast concrete deck systems …

This study carries out numerical and experimental investigation on shear connection
performance of flooring systems comprising of cold-formed steel joists and engineered …

Although previous attempts for enhancing the buckling resistance of cold-formed steel (CFS)
built-up beams through intermittent stiffening, external stiffening and adoption of concrete as …

Using composite beams in buildings is more cost-effective than using standard hot-rolled
steel beams because of the composite action of concrete and steel. Also, using Cold …