Reinforced concrete haunched or tapered beams are beams with varying depths along their
span, typically representing the pier cap of bridges. Experimental data on these beams have …

This study presents an experimental and finite element analysis of reinforced concrete
beams with solid, hollow, prismatic, or non-prismatic sections. In the first part, a total of six …

This study investigated the influence of CFRP composite wrapping techniques on the load–
deflection and strain relationships of non-prismatic RC beams. A total of twelve non …

Haunched beams are beams that exhibit varying effective depth over their span. This study
includes an experimental and analytical analysis aimed at investigating the influence of size …

Tapered beams are characterized by varying moments of inertia along their span, commonly
the pier cap configuration used in bridge construction. This study presents the shear …

Tapered beams, which are horizontal structural elements, possess varying moments of
inertia across their length. Among these, the pier cap mode is widely employed in …

Haunched or tapered beams represents elements with varying effective depth along their
span length. Several researchers have focused on such elements reinforced with …

The main objective of the present research is to conduct a thorough investigation into the
impact of construction joints on the structural performance of reinforced concrete deep …

Structural engineers are increasingly favoring pultruded Glass Fiber-Reinforced Polymer
(pultruded GFRP) composite for its lightweight, corrosion resistance, and high strength …

This manuscript studied the effect of U-CFRP wrapped sheet anchorage on the flexural
performance of unbonded post-tensioned PC members subjected to partial strand damage …