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 …

The review of the literature and design guidelines indicates a lack of design codes
governing the shear strength of reinforced concrete (RC) beams strengthened with ultrahigh …

The present study is about an experimental investigation of the strength and response of
reinforced concrete tapered beams strengthened by near surface mounting (NSM)-CFRP …

Tapered members are considered important members in structural applications. A thorough
understanding of the shear behavior of these complicated geometrical elements is required …

The results of different nonlinear finite element models for eight simply supported reinforced
concrete haunched beams designed to develop a shear failure under static loading are …

Research results and interpretations of the testing of five prototype continuous reinforced
concrete beams (four haunched and one prismatic) designed to develop a shear failure …

This study presents a comprehensive experimental investigation on mostly encountered
types of Reinforced Concrete Haunched Beams (RCHBs) where three modes of RCHBs …

Generally, a reinforced concrete haunched beam (RCHB) is used in the structure for
increasing shear capacity at support and reduce self-weight of the structure to minimize cost …

This paper investigates the behavior of damaged Reinforced Concrete Haunched Beams
(RCHBs) rehabilitated by Carbon Fiber Reinforced Polymer (CFRP) strips. The study …

This paper presents a mathematical model for fixed-end moments of I-sections with straight
haunches for the general case (symmetrical and/or non-symmetrical) subjected to a …