Published Paper Details:

This project examines the design and analysis of two types of retaining walls: the Counter-fort Retaining Wall and an innovative variation with Relief Shelves. Retaining walls are essential for slope stabilization and preventing soil erosion. The study investigates the structural efficiency and stability of these designs under different loading conditions. The Counter-fort Retaining Wall is analyzed using standard engineering principles, while Relief Shelves are introduced to enhance stability and aesthetics by reducing lateral earth pressure. Analytical methods and computer simulations are used to assess performance under two conditions as Retaining wall with and without Relief Shelve. The results aim to provide insights into the advantages and limitations of each design, offering practical recommendations for optimal design parameters in geotechnical engineering and retaining wall construction. This research contributes to the field by informing better decision-making and promoting sustainable infrastructure development.