The purpose of this paper is to review the advances that have been made in the design of
monolithic and precast reinforced concrete walls, both with and without openings, subject to …

This article originates from an experimental program and nonlinear finite element analysis
aimed at examining how pozzolanic concrete influences the behavior of RC shear walls with …

The paper presents the results of the first part of an experimental program developed to
study the seismic performance of precast reinforced concrete wall panels with and without …

This paper presents a comparative study on the Reinforced Concrete (RC) wall design
equations for one-way action panels given in the ACI 318–19, Eurocode 2, Australian …

Openings such as windows or channels for ventilation and heating systems are commonly
encountered in masonry buildings to meet with functional needs. Although these openings …

In recent years, the strengthening and retrofitting of structural members using externally
bonded carbon fibre reinforced polymer (CFRP) materials has gained a great deal of …

Old structures are frequently modified to comply with current living standards and/or
legislation. Such modifications may include the addition of new windows or doors and paths …

Axial, flexure, and shear loads are the most common loads that could impact any structure.
For instance, wall panels and columns majorly carry axial loads from the beam and slabs; …

RC walls with an opening under eccentric axial loads exhibit cracks around the opening
leading to a reduction in the ultimate strength of the wall. These cracks are mainly due to …

This study focuses on the effect of opening on the performance of bamboo-reinforced
concrete wall panels subjected to one-way in-plane action. The study evaluates the …